INTELLIGENT SUBMARINE ROBOT FOR OMNIDIRECTIONAL AND IMMERSIVE BENTOS EXPLORATION (Q3151871)
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Project Q3151871 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | INTELLIGENT SUBMARINE ROBOT FOR OMNIDIRECTIONAL AND IMMERSIVE BENTOS EXPLORATION |
Project Q3151871 in Spain |
Statements
123,204.02 Euro
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226,270.0 Euro
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54.45 percent
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1 January 2018
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30 September 2021
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UNIVERSIDAD DE GERONA
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17071
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LOS OCEANOS JUEGAN UN PAPEL CLAVE EN NUESTRO PLANETA. REGULAN EL CLIMA Y NOS PROPORCIONAN ALIMENTOS Y MATERIAS PRIMAS. SIN EMBARGO, Y_x000D_ A PESAR DE CUBRIR EL 70% DE LA SUPERFICIE DEL PLANETA, NUESTRO CONOCIMIENTO SOBRE ESTA VASTA AREA ES MUY REDUCIDO. LA EXPLORACION_x000D_ SUBMARINA ES FUNDAMENTAL PARA CONOCER MEJOR LOS OCEANOS, Y PARA ASEGURAR QUE SUS RECURSOS SEAN BIEN GESTIONADOS Y GARANTICEMOS QUE_x000D_ SERAN PRESERVADOS PARA EL DISFRUTE DE FUTURAS GENERACIONES. SIN EMBARGO, LOS OCEANOS SON UN ENTORNO HOSTIL PARA EL HOMBRE, SIENDO SU_x000D_ EXPLORACION MAS DIFICIL A MEDIDA QUE AUMENTA LA PROFUNDIDAD, DEBIDO A LA AUSENCIA DE LUZ Y EL INCREMENTO DE LA PRESION. SU EXPLORACION,_x000D_ MAS ALLA DE LAS CAPACIDADES DE LOS SUBMARINISTAS, REQUIERE EL USO DE VEHICULOS SUBMARINOS._x000D_ _x000D_ ESTE PROYECTO PRETENDE DAR CONTINUIDAD A NUESTRO TRABAJO ANTERIOR EN EL DESARROLLO DE UN PARADIGMA RADICALMENTE INNOVADOR PARA LA_x000D_ EXPLORACION DEL OCEANO MEDIANTE EL DESARROLLO DE UN ROBOT SUBMARINO INTELIGENTE. LOS RECIENTES PROGRESOS EN EL CAMPO DE LAS TECNOLOGIAS_x000D_ DE LA INFORMACION NOS OFRECEN NUEVAS ALTERNATIVAS A LOS METODOS TRADICIONALES DE EXPLORACION. EN NUESTRO PROYECTO ANTERIOR CONVERTIMOS EL_x000D_ ROBOT AUTONOMO SUBMARINO (AUV) GIRONA500 EN UN ROBOT HIBRIDO REMOTAMENTE OPERADO (HROV). LOS PROMETEDORES RESULTADOS_x000D_ OBTENIDOS NOS CONDUCEN A PERSEGUIR LOS MISMOS OBJETIVOS, PERO MEJORANDO EL CONOCIMIENTO DEL ENTORNO DEL ROBOT, PARA OFRECER UNA_x000D_ EXPERIENCIA DE TELEPRESENCIA TOTALMENTE INMERSIVA A LOS CIENTIFICOS QUE REALIZAN LA EXPLORACION._x000D_ _x000D_ ESTE PROYECTO NOS PERMITIRA AVANZAR EN DOS DIRECCIONES. EN PRIMER LUGAR, EL DESARROLLO SIN PRECEDENTES DE ALGORITMOS DE PROCESAMIENTO_x000D_ ESTEREO OMNIDIRECCIONAL EN TIEMPO REAL, JUNTO CON TECNICAS DE FUSION DE SENSORES, HARAN QUE EL ROBOT SEA MAS CONSCIENTE DE SU ENTORNO Y_x000D_ DE LOS POSIBLES OBSTACULOS Y PELIGROS, SIENDO CAPAZ DE EVITARLOS, Y GARANTIZANDO ASI SU SEGURIDAD MIENTRAS ES TELEOPERADO POR UN PILOTO NO_x000D_ EXPERTO (P.E., POR EL PROPIO CIENTIFICO QUE EXPLORA EL FONDO MARINO). ESTO REQUIERE LA HABILIDAD DE CONSTRUIR MAPAS 3D DEL ENTORNO EN TIEMPO_x000D_ REAL. PARA ALCANZAR DICHO OBJETIVO SE EQUIPARA AL ROBOT CON DOS SISTEMAS OPTICOS OMNIDIRECCIONALES, QUE INCORPORARAN 6 CAMARAS CADA UNO._x000D_ _x000D_ EN SEGUNDO LUGAR, LOS SISTEMAS INMERSIVOS HAN AVANZADO ENORMEMENTE EN LOS ULTIMOS DOS AÑOS, DE LA MANO DE LA INDUSTRIA DEL_x000D_ ENTRETENIMIENTO. ESTOS SISTEMAS PERMITEN AL OBSERVADOR EXPERIMENTAR EL ENTORNO VIRTUAL MEDIANTE MOVIMIENTOS DE SU CABEZA Y SENTIRSE_x000D_ INMERSO EN EL MISMO. LAS CAMARAS OMNIDIRECCIONALES PROVEERAN LOS DATOS PARA GENERAR PANORAMAS INMERSIVOS EN TIEMPO REAL,_x000D_ PERMITIENDO AL CIENTIFICO OBSERVAR EL FONDO MARINO MEDIANTE UN EQUIPO DE REALIDAD VIRTUAL, Y GUIAR EL ROBOT AL MISMO TIEMPO, DE MANERA_x000D_ SEGURA, CON UN JOYSTICK HAPTICO._x000D_ _x000D_ LA TECNOLOGIA DESARROLLADA EN ESTE PROYECTO PERMITIRA LA DETECCION AUTOMATICA DE OBSTACULOS Y EVITARA LA COLISION DEL ROBOT, HABILITANDO AL_x000D_ CIENTIFICO PARA NAVEGAR DE FORMA FACIL Y SEGURA A TRAVES DE AREAS CON ESTRUCTURAS COMPLEJAS SIN PREOCUPARSE POR LA SEGURIDAD DEL VEHICULO._x000D_ CUANDO EL ROBOT DETECTE QUE ESTA SIENDO TELEOPERADO HACIA ALGUNA ESTRUCTURA PELIGROSA DEL FONDO MARINO, SU SISTEMA DE CONTROL ANULARA_x000D_ LOS COMANDOS DEL PILOTO, Y LE PROPORCIONARA UNA RETROALIMENTACION HAPTICA EN EL JOYSTICK Y VISUAL EN LA PANTALLA DEL CASCO._x000D_ _x000D_ FINALMENTE, SERA POSIBLE VISUALIZAR, MEDIANTE EL CASCO DE REALIDAD VIRTUAL, VIDEOS PANORAMICOS DE LA MISION UNA VEZ ESTA HAYA FINALIZADO,_x000D_ POSIBILITANDO LA DIFUSION PARA EL PUBLICO GENERAL. (Spanish)
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THE OCEANS PLAY A KEY ROLE ON OUR PLANET. THEY REGULATE THE EARTH'S CLIMATE AND SUPPLY LIVING AND NON-LIVING RESOURCES, BEING A MAJOR_x000D_ SOURCE OF FOOD AND MANY RAW MATERIALS. AND ALTHOUGH THEY COVER OVER 70% OF THE EARTH'S SURFACE, WE KNOW VERY LITTLE ABOUT THIS VAST AREA_x000D_ OF OUR PLANET. UNDERWATER EXPLORATION IS FUNDAMENTAL TO IMPROVE OUR KNOWLEDGE OF THE OCEAN. EXPLORATION HELPS TO ENSURE THAT OCEAN_x000D_ RESOURCES ARE WELL MANAGED, AND TO ENSURE THAT THEY WILL BE PRESERVED FOR FUTURE GENERATIONS TO ENJOY. HOWEVER, OCEANS ARE A HOSTILE_x000D_ ENVIRONMENT FOR HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. ABSENCE OF LIGHT AND INCREASING PRESSURE_x000D_ MAKE THE OCEAN A DANGEROUS PLACE FOR HUMANS TO OPERATE. THEREFORE, SEA EXPLORATION, BEYOND THE CAPACITY OF HUMAN DIVERS, REQUIRES THE_x000D_ USE OF UNDERWATER VEHICLES._x000D_ _x000D_ IN THIS PROJECT WE CONTINUE OUR PREVIOUS WORK IN A RADICALLY NOVEL PARADIGM FOR OCEAN EXPLORATION THROUGH THE DEVELOPMENT OF AN INTELLIGENT_x000D_ UNDERWATER ROBOT. RECENT PROGRESS IN THE INFORMATION TECHNOLOGY FIELD HAS OPENED COMPELLING ALTERNATIVES TO TRADITIONAL METHODS OF_x000D_ EXPLORATION. IN OUR PREVIOUS PROJECT WE SUCCESSFULLY CONVERTED THE UNTETHERED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). THE PROMISING RESULTS OBTAINED SO FAR GUIDE US TOWARDS PURSUING THE SAME GOALS BUT IMPROVING_x000D_ THE ROBOT'S SPATIAL AWARENESS, PROVIDING A FULLY-IMMERSIVE TELEPRESENCE EXPERIENCE TO THE SCIENTISTS LEADING THE EXPLORATION._x000D_ _x000D_ IN THIS SENSE THIS PROJECT WILL TAKE A STEP FORWARD IN TWO MAIN DIRECTIONS. FIRSTLY, THE DEVELOPMENT OF NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER WITH SENSOR FUSION TECHNIQUES, THAT WILL MAKE THE ROBOT MORE AWARE OF ITS ENVIRONMENT AND POSSIBLE OBSTACLES/HAZARDS,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS AND ENSURING ITS SAFETY WHILE BEING TELEOPERATED BY AN UNSKILLED PILOT (E.G., BY A SCIENTIST THAT IS_x000D_ EXPLORING THE OCEAN FLOOR). THIS REQUIRES THE ABILITY TO BUILD 3D MAPS OF THE ENVIRONMENT IN REAL TIME. WE WILL ACHIEVE THIS GOAL BY EQUIPPING_x000D_ THE ROBOT WITH TWO OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ SECONDLY, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES IN THE LAST TWO YEARS, DRIVEN BY THE ENTERTAINMENT AND GAME INDUSTRIES._x000D_ THESE SYSTEMS ALLOW THE OBSERVER TO EXPERIENCE THE VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENTS AND FEEL IMMERSED IN A SIMULATED_x000D_ ENVIRONMENT. IN OUR APPLICATION, THE OMNIDIRECTIONAL CAMERAS WILL PROVIDE THE DATA TO BUILD IMMERSIVE PANORAMAS OF THE EXPLORED AREA IN_x000D_ REAL TIME, ALLOWING THE SCIENTIST TO EXPLORE THE SEAFLOOR USING A VIRTUAL REALITY HEADSET, WHILE SAFELY DRIVING THE ROBOT WITH A HAPTIC JOYSTICK._x000D_ _x000D_ THE TECHNOLOGY DEVELOPED WITHIN THIS PROJECT WILL ENABLE THE AUTOMATIC DETECTION OF OBSTACLES AND COLLISION AVOIDANCE DURING THE NAVIGATION_x000D_ OF THE ROBOT, ALLOWING THE (PILOT) SCIENTIST TO EASILY AND FREELY NAVIGATE IN CLUTTERED OR HIGH-3D RELIEF AREAS WITHOUT WORRYING ABOUT THE SAFETY_x000D_ OF THE VEHICLE. WHEN THE ROBOT DETECTS THAT IT IS BEING TELEOPERATED TOO CLOSE TO A DANGEROUS FEATURE OF THE SEAFLOOR (E.G. A WALL OR EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM WILL OVERRIDE THE COMMANDS OF THE PILOT AND WILL PROVIDE A VISUAL FEEDBACK ON THE HEADSET OF THE PILOT, AS WELL AS_x000D_ FORCE FEEDBACK ON THE JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS WILL BE AVAILABLE FOR VISUALIZATION USING A VIRTUAL REALITY HEADSET, THUS PLAYING A KEY ROLE IN SCIENCE_x000D_ OUTREACH FOR GENERAL PUBLIC. (English)
0.3728061637134685
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LES OCÉANS JOUENT UN RÔLE CLÉ SUR NOTRE PLANÈTE. ILS RÉGULENT LE CLIMAT ET NOUS FOURNISSENT DE LA NOURRITURE ET DES MATIÈRES PREMIÈRES. Cependant, Y_x000D_ pour couvrir 70 % de la surface du PLANET, NOTRE CONNAISSANCE SUR CE VASTA AREA EST VERY réduit. Le sous-marin EXPLORATION_x000D_ est FONDAMENTAL POUR SAVOIR LES MEILLEURS OCÉANS, ET pour veiller à ce que vos revenus soient bien gérés et à ce que_x000D_ soit RESERVÉ POUR LA DISFRUTION DES FUTURES GÉNÉRALES. Cependant, les OCEANS sont un environnement convivial, car ils sont leur_x000D_ EXPLORATION PLUS Difficle TO MEASURE profundity, en raison de la présence de lumière et du revenu de la PRESSION. Votre EXPLORATION,_x000D_ PLUS DES CAPACITÉS SUBMARINISTES, DEMANDE D’UTILISATION DES VÉHICULES sous-marins._x000D_ _x000D_ CE PROJET PRÉVUE DE CONTINUITÉ À L’ORDRE DE TRAVAIL DANS LE DÉVELOPPEMENT D’UN INNOVATOR RADICAL STANDARD POUR LE_x000D_ EXPLORACTION DE L’OCEAN POUR LE DÉVELOPPEMENT D’un ROBOT Inteligent Submarin. Les RECIENTS PROGRESS DANS LE CHANGEMENT DES TECHNOLOGYS_x000D_ DE L’INFORMATION NOS NOUVELLES ALTERNATIVES AUX MÉTHODES TRADITIONNELLES D’EXPLORATION. Dans NOS PROJECT PROJECT CONVERTIMOS EL_x000D_ ROBOT AUTONOMO SUBMARINO (AUV) GIRONA500 DANS UN ROBOT télécommandé (HROV). Les RÉSULTATS_x000D_ OBTENTÉS Nous sommes en train de PERSÉGER LE MISES OBJECTIF, mais IMPROUVÉ LA CONNAISSANCE DE L’environnement ROBOT, À OFFRE A_x000D_ EXPERIENCE DE LA TÉLÉPRÉSENCE AUX SCIENTIFICES Réalisant L’EXPLORATION._x000D_ _x000D_THIS PROJECT nous permettra d’ADVANCE DANS DEUX DIRECCIONS. En premier lieu, le développement sans pré-éminence des processus de processus_x000D_ omnidirectionnel ESTEREO IN REAL TIME, associé à la technologie de détection, permettra au ROBOT d’être plus conscient de votre environnement et_x000D_ des POSIBLES OBSTACLE ET Peligros, en mesure de les contourner, et ainsi garantir leur sécurité à l’esprit est téléexploité par un PILOT NO_x000D_ EXPERTO (par exemple, par le propriétaire SCIENTIFIC qui explore le fonds marin). Cela nécessite la capacité de construire des cartes 3D de l’environnement dans time_x000D_ REAL. Le ROBOT est assimilé à deux SYSTÈMES OPTICAUX D’OMDIRECCIONAL, qui intégreront 6 CAMARAS EACH ONE._x000D_ _x000D_ à la deuxième place, les SYSTÈMES immersifs ont été émerveillés dans les Ultimes DEUX ANS, DE LA HANDE DE L’INDUSTRIE DE_x000D_ ENTRETENING. Ces SYSTEMES permettent à l’observateur de faire l’expérience de l’ENTERNEMENT VIRTUAL POUR LES MOVEMENTS DE VOTRE HEAD ET FEEL_x000D_ immergé dans le même. Les CAMARAS OMNIDIRECCIONAUX doivent fournir les DATAS DE GET Immersive panoramas EN VAL TIME,_x000D_ permettant l’OBSERVE SCIENTIFIQUE LE FUND MARINE Medient A VIRTUAL REALITY EQUIPMENT, ET guarant LE ROBOT AU MÊME TEMPS, de MANERA_x000D_ SAFE, avec une JOYSTICK HAPTICO._x000D_ _x000D_ Le TECHNOLOGIE DEVELOGÉ DANS CE PROJET permettra la détection automatique des obstacles et évitera la collusion du ROBOT, permettant THE_x000D_ SCIENTIFIQUE D’ÉVALUER FORMULAIRE ET SÉCURITÉ DANS LES STRUCTURES COMPLÈTES SANS LA SÉCURITÉ DE LA SÉCURITÉ VEHICLE._x000D_que le ROBOT détecte que ce système téléopéré fait l’alguna PELIGROUS STRUCTURE DU FOND MARINE, votre système ANULARA CONTROL_x000D_ LES COMMANDS DU PILOT, ET vous fournira une rétroalisation haptique dans le JOYSTICK ET VISUAL DANS LA PAINT DU CASCO._x000D_ _x000D_ FINALEMENT, soyez VISUALISE POSIBLE, MEASURE LA MAISON DE LA RÉALITÉ VIRTUELLE, VIDEOS Panoramiques DE LA MISSION Un temps CET FINALIZÉ,_x000D_ permettant la DIFFUSION POUR LE PUBLIC GÉNÉRAL. (French)
2 December 2021
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OZEANE SPIELEN EINE SCHLÜSSELROLLE AUF UNSEREM PLANETEN. SIE REGULIEREN DAS KLIMA UND VERSORGEN UNS MIT LEBENSMITTELN UND ROHSTOFFEN. Y_x000D_ zur Deckung von 70 % des Superfices des PLANET, UNSER WISSEN AUF DIESES VASTA AREA ist sehr verkleinert. Die EXPLORATION_x000D_ U-Boot ist FUNDAMENTAL, um die besten OCEANS zu wissen, und um sicherzustellen, dass Ihre Einnahmen gut verwaltet werden und sicherstellen, dass_x000D_ für die ENTWICKLUNG GEMEINSCHAFTEN. Die OCEANS sind jedoch eine menschenfreundliche Umgebung, wie sie ihre_x000D_ EXPLORATION MORE difficle TO MEASURE Profundity sind, aufgrund der Anwesenheit von Licht und dem Einkommen der PRESSION. Ihre EXPLORATION,_x000D_ MEHR DES SUBMARINISTISCHEN CAPACITIES, ERSUCHT DIE UNTERNEHMEN U-Boot VEHICLES._x000D_ _x000D_ Diesen PROJECT-Vorbereitung auf unsere ODER-WORK in der Entwicklung eines RADICAL STANDARD INNOVATOR FÜR DIE_x000D_ EXPLORION DES OCEAN für die Entwicklung eines Inteligen Submarin ROBOT. Die RECIENTS PROGRESS IN DER TECHNOLOGYS_x000D_ DER INFORMATIONEN UNSER NEUEN ALTERNATIVEN FÜR DIE TRADITIONALEN METHODS DER EXPLORATION. In unserem PROJECT PROJECT CONVERTIMOS EL_x000D_ ROBOT AUTONOMO SUBMARINO (AUV) GIRONA500 in einem ferngesteuerten ROBOT (HROV). Hersteller RESULTS_x000D_ OBTENTED WE ARE TO PERSEGURE THE OBECTIVE mySES, BUT IMPROVIERUNG DES WISSEN DER ROBOT-Umgebung, ANGEBOT A_x000D_ EXPERIENCE of telepresence to the SCIENTIFICES realing the EXPLORATION._x000D_ _x000D_Dieses PROJECT wird es uns ermöglichen, in TWO DIRECCIONS zu verfahren. In erster Linie wird die Entwicklung ohne Prä-Eminents von Prozessprozessen_x000D_ omnidirectional ESTEREO IN REAL TIME, zusammen mit Sensorisierungstechnik, den ROBOT stärker für Ihre Umgebung sensibilisieren und_x000D_ der POSIBLES OBSTACLE UND Peligros in der Lage sein, diese auszuweichen und so ihre Sicherheit zu gewährleisten, wird von einem PILOT NO_x000D_ EXPERTO (z. B. durch den SCIENTIFIC Owner, der den Marinefonds erforscht) teleoperiert. Dies erfordert die Fähigkeit, 3D-Karten der Umgebung in time_x000D_ REAL zu erstellen. Der ROBOT wird mit zwei OMDIRECCIONAL OPTICAL SYSTEMEN gleichgesetzt, die 6 CAMARAS EACH ONE enthalten._x000D_ _x000D_ auf dem zweiten Platz, immersive SYSTEME HAVE ENORMEMENT IN DEN Ultimes TWO JAHREN, DES HANDS DER INDUSTRY OF_x000D_ ENTRETENING. Diese Systeme ermöglichen es dem Betrachter, die VIRTUAL ENTERNMENT FÜR DEN HEAD UND FEEL_x000D_ eingetaucht in dasselbe zu erleben. Die OMNIDIRECCIONAL CAMARAS stellen die DATAS TO GET Immersive Panoramen IN REAL TIME,_x000D_mit dem SCIENTIFIC OBSERVE THE MARINE FUND Medient A VIRTUAL REALITÄT EQUIPMENT und guaring the ROBOT TO THE SAME TIME von MANERA_x000D_ SAFE zur Verfügung. MIT A HAPTICO JOYSTICK._x000D_ _x000D_ Die TECHNOLOGIE in diesem PROJECT ermöglicht die automatische Erkennung von Hindernissen und vermeiden die Kollusion des ROBOT, so dass THE_x000D_ SCIENTIFIC, um FACIL-Formular und -SAFETY IN REAS MIT COMPLETE STRUCTURES ÜBER DIE ÜBER UNTERNEHMEN IN DER FACIL-FORMATION UND SICHERHEITEN zu speichern VEHICLE._x000D_ WHEN THE ROBOT erkennen, dass dieses teleoperierte System DOES alguna PELIGROUS STRUCTURE OF THE MARINE FUND, Ihr ANULARA CONTROL SYSTEM_x000D_ DIE KOMMANDS DES PILOTs, und wird Ihnen eine haptische Retroalisation in der JOYSTICK und VISUAL im PAINT DES CASCO._x000D_ _x000D_ FINALMENT, seien Sie POSIBLE VISUALISE, MEASURE das Haus der VIRTUAL REALITÄT, Panoramic VIDEOS of the MISSION A Time ThatIS FINALIZATED,_x000D_Ermöglichung für die allgemeine PUBLIK. (German)
9 December 2021
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OCEANEN SPELEN EEN SLEUTELROL OP ONZE PLANEET. ZE REGULEREN HET KLIMAAT EN VOORZIEN ONS VAN VOEDSEL EN GRONDSTOFFEN. Echter, Y_x000D_ ter dekking van 70 % van het oppervlak van het PLANET, ONZE WETEN OP deze VASTA AREA is zeer verminderd. De EXPLORATION_x000D_ submarin is FUNDAMENTAL TO WEOW THE BESTE OCEANS, EN om ervoor te zorgen dat uw inkomsten goed worden beheerd en ervoor te zorgen dat_x000D_ worden RESERVED VOOR DE DISFRUTIE VAN ALGEMENE FUTURES. Echter, de OCEANS zijn een mens-vriendelijke omgeving, omdat ze hun_x000D_ EXPLORATION MEER difficle TO MEASURE profundity, als gevolg van de aanwezigheid van licht en het inkomen van de PRESSIE. Uw EXPLORATIE,_x000D_ MORE OF THE SUBMARINIST CAPACITIES, VERWIJZEND HET GEBRUIK VAN submarin VEHICLES._x000D_ _x000D_ DIT PROJECT voorafgaand aan de CONTINUITEIT VAN ONZE BESTELLING IN DE ONTHOUDING VAN EEN RADICAL STANDARD INNOVATOR VOOR THE_x000D_ EXPLORACTION OF THE OCEAN VOOR DE ONTWIKKELING VAN een Inteligent submarin ROBOT. De RECIENTS PROGRESS IN DE VERANDERING VAN DE TECHNOLOGYS_x000D_ VAN DE INFORMATIE ONZE NIEUWE ALTERNATIVEN VOOR DE TRADITIONELE METHODS VAN EXPLORATIE. In ONZE PROJECT PROJECT CONVERTIMOS EL_x000D_ ROBOT AUTONOMO SUBMARINO (AUV) GIRONA500 in een op afstand bediende ROBOT (HROV). Producenten RESULTS_x000D_ OBTENTED WE ZIJN TE PERSEGUREN DE OBJECTIVE mySES, MAAR IMPROVED HET WETEN VAN DE ROBOT Milieu, AAN AANBIEDING A_x000D_ EXPERIENCE OF Telepresence TO THE SCIENTIFICES realized THE EXPLORATION._x000D_ _x000D_ THIS PROJECT zal ons in staat stellen te ADVANCE IN TWEE DIRECCIONS. In de eerste plaats zal de ontwikkeling zonder overheersende procesprocessen_x000D_ omnidirectional ESTEREO IN REAL TIME, samen met sensoriseringstechnologie, de ROBOT bewuster maken van uw omgeving en_x000D_ van de POSIBLES OBSTACLE AND Peligros, in staat zijn ze te ontwijken, en zo hun veiligheid in het achterhoofd te garanderen, wordt teleopereerd door een PILOT NO_x000D_ EXPERTO (bijv. door de SCIENTIFIC-eigenaar die het mariene fonds exploiteert). Dit vereist de capaciteit om 3D-kaarten van de omgeving te bouwen in time_x000D_ REAL. De ROBOT wordt gelijkgesteld met twee OMDIRECCIONAL OPTICAL SYSTEMS, waarin 6 CAMARAS EACH ONE._x000D_ _x000D_ in de tweede plaats worden opgenomen, immersive SYSTEMS HAVE ENORMEMENT IN DE Ultimes TWEE JAARS, OF THE HAND OF THE INDUSTRY OF_x000D_ ENTRETENING. Deze SYSTEMEN stellen de waarnemer in staat om de VIRTUELE ENTERNMENT VOOR UW HEAD EN FEEL_x000D_ in hetzelfde ondergedompeld te ervaren. De OMNIDIRECCIONAL CAMARAS verstrekken de DATAS om Immersive panorama’s in echt tijd te brengen,_x000D_ waardoor DE SCIENTIFIC OBSERVE THE MARINE FUND Medient A VIRTUAL REALITY EQUIPMENT, EN de ROBOT TO THE SAME TIJD, van MANERA_x000D_ SAFE, met een HAPTICO JOYSTICK._x000D_ _x000D_ THE TECHNOLOGY DEVELOPED IN DIT PROJECT zal de automatische detectie van obstakels mogelijk maken en de collusie van de ROBOT voorkomen, waardoor THE_x000D_ SCIENTIFIC FACIL FORM EN SAFETY IN AREAS MET COMPLETE STRUCTURES ZONDER DE VEILIGHEID VAN DE VEILIGHEID VAN DE HAPTICO VEHICLE._x000D_ WHEN THE ROBOT detecteer DAT dit teleoperated systeem DOES alguna PELIGROUS STRUCTURE VAN DE MARINE FUND, uw ANULARA CONTROL SYSTEM_x000D_ DE COMMANDS VAN HET PILOT, EN zal u voorzien van een haptische retroalisatie in de JOYSTICK EN VISUAL IN HET PAINT VAN DE CASCO._x000D_ _x000D_ FINALMENT, be POSIBLE VISUALISE, MEASURE DE HUIS VAN VIRTUELE REALITEIT, Panoramische VIDEOS VAN DE MISSIE AIS FINALIZATED,_x000D_ inschakelend DIFFUSION VOOR DE ALGEMENE PUBLIC. (Dutch)
17 December 2021
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GLI OCEANI SVOLGONO UN RUOLO CHIAVE SUL NOSTRO PIANETA. REGOLANO IL CLIMA E CI FORNISCONO CIBO E MATERIE PRIME. Tuttavia, Y_x000D_per coprire il 70 % del superfice del PLANET, la nostra conoscenza su questa zona VASTA è molto ritratta. L'ESPLORAZIONE_x000D_ submarin è FONDAMENTALE PER CONOSCERE I MIGLIORI OCEANS, E per garantire che i tuoi ricavi siano ben gestiti e garantire che_x000D_ siano RISERVATI PER LA DISFRUZIONE DI FUTTURE GENERALI. Tuttavia, gli OCEANS sono un ambiente favorevole all'uomo, in quanto sono il loro_x000D_ ESPLORAZIONE PIÙ difficolo da misurare la profondità, a causa della presenza di luce e il reddito della PRESSIONE. La Sua ESPLORAZIONE,_x000D_ PIÙ DELLE CAPACITIE SUBMARINIST, richiede l'uso delle navi submarin._x000D_ _x000D_ Questo progetto si basa sulla consistenza del nostro lavoro nello sviluppo di un INNOVATORE RADICALE PER IL_x000D_ ESPLORAZIONE DELL'OCEAN PER LA SVILUPPO DI UN'INNOVATORE DI UN'INNOVAZIONE DI UN'INNOVATORE Inteligente. I RECIENTI PROGRESSI NEL CAMBIO DELLE TECNOLOGIE_x000D_ DELLE INFORMAZIONI NOSTRI NUOVI ALTERNATIVI DEI METODI TRADIZIONALI DI ESPLORAZIONE. Nel NOSTRO PROGETTO PROGETTO CONVERTIMOS EL_x000D_ ROBOT AUTONOMO SUBMARINO (AUV) GIRONA500 in un ROBOT a comando remoto (HROV). Produttori RISULTATI_x000D_ OBTENTED SIAMO PERSEGURE I MES OBIETTIVI, MA IMPROVATO LA CONOSCENZA DELL'Ambiente ROBOT, A OFFERTA A_x000D_ EXPERIENCE DI telepresenza alle SCIENTIFICE che realizzeranno L'ESPLORAZIONE._x000D_ _x000D_ QUESTO PROGETTO ci permetterà di ADVANCE IN TWO DIRECIONS. In primo luogo, lo sviluppo senza pre-eminenti dei processi di processo_x000D_ ESTEREO omnidirezionale IN TEMPO REALE, insieme alla tecnologia di sensorizzazione, renderà il ROBOT più consapevole del vostro ambiente e_x000D_ del POSIBLES OBSTACLE AND Peligros, essendo in grado di eluderli, garantendo così la loro sicurezza in mente è teleoperato da un PILOT NO_x000D_ EXPERTO (ad esempio, dal proprietario SCIENTIFIC che esplora il fondo marino). Ciò richiede la capacità di costruire mappe 3D dell'ambiente in time_x000D_ REAL. Il ROBOT è equiparato a due SISTEMI OPTICALI OMDIRECCIONALI, che incorporeranno 6 CAMARAS EACH ONE._x000D_ _x000D_ al secondo posto, SISTEMI immersivi Hanno ENORMEMENTO NEGLI Ultime DUE ANNI, DELLA HAND DELL'INDUSTRIA OF_x000D_ INTRETENING. Questi SISTEMI permettono all'osservatore di sperimentare l'INTERNO VIRTUALE PER I MOVEMENTI DELLA TUA HEAD E FEEL_x000D_ immersi nello stesso. I CAMARAS OMNIDIRECIONALI forniscono i dati relativi ai panorami immersivi nel tempo reale,_x000D_ che consentono all'operatore SCIENTIFICO di fornire il medicinale di fondo MARINE UN equipaggiamento VIRTUALE DI REALITÀ, e garantisce il ROBOT allo stesso tempo, di MANERA_x000D_ SAFE, con un JOYSTICK HAPTICO._x000D_ _x000D_ LA TECNOLOGIA SVILUPATA IN QUESTO PROGETTO consentirà il rilevamento automatico degli ostacoli ed eviterà la collusione del ROBOT, consentendo a THE_x000D_ SCIENTIFIC di SAVE FACIL FORM E SAFETY IN AREAS CON TUTTE STRUTTURE CON LA SICUREZZA DEL LAVORO VEHICLE._x000D_ Quale il ROBOT rileva che questo sistema teleoperato produce la struttura alguna PELIGROUS del fondo MARINE, il vostro SISTEMA CONTROLLO ANULARA_x000D_ I COMMANDI DEL PILOT, E vi fornirà una retroalizzazione aptica nel JOYSTICK E VISUALE NEL PAINT DEL CASCO._x000D_ _x000D_ FINALMENTO, essere VISUALIZZA POSIBILE, MISURE LA CASA DI REALITÀ VIRTUALE, VIDEI Panoramici DELLA MISSIONE A TEMPO QUESTO FINALIZZATO,_x000D_ abilitante DIFFUSIONE PER IL PUBBLICO GENERALE. (Italian)
16 January 2022
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OOKEANIDEL ON MEIE PLANEEDIL VÕTMEROLL. Nad REGULELID EARTH’S CLIMATE JA SUPPLY LIVING JA NON-LIVING RESOURCES, BEING MAJOR_x000D_ SOURCE of FOOD and MANY RAW MATERIALSID. Ja seda, et see on 70 % EARTH’S’SURFACE’i, WE KNOW VERY LITTLE ABOUT AAST AREA_x000D_ OF OUR PLANET. VEEALUSED UURINGUD ON PÕHJAPANEVA TÄHTSUSEGA, ET PARANDADA MEIE TEADMISI OOKEANIST. Uurimisvõimalused, et OCEAN_x000D_ RESOURCES ON VALGISED JA ON TEADLIKUD, et te ei saa seda teha. Kuid OCEANS ARE HOSTILE_x000D_ ENVIRONMENT for HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Puudub LIGHT JA INCREASING PRESSURE_x000D_ MAKE OCEAN DANGEROUS PLACE INIMALDAMATA. Seetõttu, SEA EXPLORATION, BEYOND OF INMAN DIVERS, REQUIRES THE_x000D_ USE OF UNDERWATER VEHICLES._x000D_ _x000D_ In THIS PROJECT ON CONTINUE CONTINUE CONTINUE CONTINUE CONTINIOUS WORK IN RADICALLY NOVEL PARADIGM ON OCEAN EXPLORATION THROUGH, DEVELLIGENT_x000D_ UNDERWATER ROBOT. Hiljutine TEKHNOLOOGIA TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS HÄÄLETAMISE TEADMISEKS TEADMISEKS HÄÄLETAMISE TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISEKS TEADMISED TEADMISEKS TEADMISEKS VÄLJA TEADMISEKS. Meie PREVIOUS PROJEKTSIOONI VÕTNUD KOHTA UNTETHERA 500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). TEADUSTUSED OBTAINED SO FAR GUIDE US TURARDID SUURING_x000D_ ROBOT’S SPATIALAVALDUS, TÄHELEPANU TEADMISEKS TÄHELEPANU TEADMISEKS TÄHELEPANU PROJECT WILL TAKE NÕUTADA TWO MAIN DIREKTSIOONID. Esiteks, NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER WITHOR FUSION TECHNIQUES DEVELOPMENT, TÕENDATUD VÕTNUD KOHUSTUSED,_x000D_AUTOMATICALLY AVOIDING SUCH SITUATIONS JA ENSURING ITS SAFETY WHILEING TUNSKILLED PILOT (E.G., BY A SCIENTIST THAT IS_x000D_ OCEAN FLOOR IHAT IS_x000D_ EXPLORING the OCEAN FLOOR). SEE NÕUAB VÕIMET EHITADA 3D KAARTE KESKKONNA REAALAJAS. Me saame aru, et meil on hea võimalus, et see oleks lihtne, kuid teiseks, IMMERSIVE SÜSTEEMID SÜSTEEMISED SÜSTEEMISED, KÕRGE VÕTNUD KÕRGUSED, DRIVEN ENTERTAINMENT JA Mäng INDUSTRIES._x000D_ THESE SÜSTEEMID KOHUSTUSLIK VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENTID JA FEEL SÜSTEEMID SIMULATED_x000D_ ENVIRONMENT. Meie APPLIKATSIOON, OMNIDIREKTSIOONI KAMERASED, mille PÄRAST VÄLJAVÕIMALUSED VÄLJAVÕTJAD AREA IN_x000D_ REAL AEGME, KASUTATAKSE VÄLJA VÄLJA VÄLJA VÄLJA VÄLJA VÄLJA, hoolimata sellest, et VÕTNUD KÄESOLEVA JOYSTICK._x000D_ _x000D_ TECHNOLOOGY DEVELOPERITUD KÄESOLEVA VÕTNUD VÄLJAVÕTNUD KOHTUASI VÄLJA VÄLJAVÕTMISE NAVIGATION_x000D_ NAVIGATION_x000D_ NAVIGATION_x000D_ NAVIGATION_x000D_ ALLOWING (PILOT) SCIENTIST KÄESOLEVA JA TASUTA NAVIGATE in segadusse või HIGH-3D RELIEF AREAS WITHOUT WORRYING ABOUT the SAFETY_x000D_ of the VEHICLE. Kui ROOT DETEKTSIOONID, ET see, et see on kaugjuhitav, et KASUTAMISE DANGEROUS FEATURE (E.G. WALL THE_x000D_ SEAFLOOR), ITS CONTROL SÜSTEEMI SÜSTEEMI LIIKMESRIIKIDE KOHTUASI RIIGI JA KASUTATAVAD KÄESOLEVA VÕIMALUSED KOHTUASI, AS WELL AS_x000D_ FORCE FEEDBACK ON JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS WILL BE AVAILABLE FOR VISAILABLE FOR VISAILABTION USING VIRTUAL REALITY HEADSET, KEY ROLE SCIENCE_x000D_ OUTREACH GENERALAL PUBLIC. (Estonian)
4 August 2022
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VANDENYNAI VAIDINA SVARBŲ VAIDMENĮ MŪSŲ PLANETOJE. Jie regiuluoja EARTH’S CLIMATE IR SUPPLY LIVING IR NON-LIVING RESOURCES, turėdami MAJOR_x000D_ MAOOD ir daugelio RAW MATERIALS TEISĖ. Ir ALTHOUGH JŪSŲ PRIEŽIŪROS PRIEŽIŪRA 70 % EARTH’S SURFACE, WE ŽINOTI VERTINTI LIETUVĄ PASIŪLYMĄ BŪSTI PLANETĄ VAST AREA_x000D_ MŪSŲ PLANETUI. POVANDENINIS ŽVALGYMAS YRA LABAI SVARBUS SIEKIANT PAGERINTI MŪSŲ ŽINIAS APIE VANDENYNĄ. Žvalgymas, KURIUOS ĮSIPAREIGOJIMAI, KAD OCEAN_x000D_ RESOURCES ARE WELL MANAGED, IR ĮSIPAREIGOJIMAS, kad jie būtų nukreipti, kad jie būtų priversti. Tačiau OCEANS A HOSTILE_x000D_ ENVIRONMENT for HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Nėra šviesos ir INCREASING PRESSURE_x000D_ KOKYBĖ DANGEROUS PLACE, skirta žmogumams, kad jie galėtų veikti. Todėl, SEA EXPLORATION, BEYOND CAPACITY of HUMAN DIVERS, REQUIRES THE_x000D_ naudojimas UNDERWATER VEHICLES._x000D_ _x000D_ Į THIS PROJEKTĄ, kuris buvo atliktas mūsų PREVIJOS DARADIGM, skirtame OCEAN EXPLORATION THROUGENT_x000D_ UNDERWATER ROBOT. Naujausios PROGRESS į INFORMACIJOS TECHNOLOGIJOS FIELD HAS OPENED COMPELLING ALTERNATIVES TO TRADITIONAL METHODS OF_x000D_ EXPLORATION. Mūsų PREVIJOS PROJEKTAS buvo PATVIRTINTI SUSIJUNGTAS GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). IŠMOKAMOS REZULTATAI TAIKOMAS VALSTYBĖS VALSTYBĖS VALSTYBĖS GALIMYBĖS BUT IMPROVING_x000D_ ROBOT’s SPATIAL AWARENESS, PROVIDANČIOS IŠLAIDŲ IŠLAIDŲ KONTROLĖJE TAIKOMAS TAIKOMAS TIKSLASIŠKAIČIŲJŲ TAIKYMAS._x000D_ _x000D_ Į ŠIAI SENSE THIS PROJEKTĄ DĖL DIREKTŲ DĖL DĖMESĮ. Pirma, „NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER SU SENSOR FUSION TECHNIQUES TECHNIQUES, KAD KARTĄ DAUGIAU DAUGIAU DĖL ĮSIPAREIGOJIMŲ ĮRANGŲ ĮRANGĄ“_x000D_ AUTOMATICALLY PRIEŽIŪROS PRIEŽIŪROS IR ĮSIPAREIGOJIMO TAIKOMAS TAIKOMAS, su kuriuo būtų galima susisiekti nuotoliniu būdu (E.G., BY A SCIENTIST, KAD IS_x000D_ BENDROSIOS GALIMYBĖS KONTROLĖ). TAM REIKIA GEBĖJIMO KURTI 3D APLINKOS ŽEMĖLAPIUS REALIU LAIKU. Mes bus ACHIEVE ŠALIS BY EQUIPPING_x000D_ ROBOT SU DAUGIAU OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ Antra, IMMERSIVE SYSTEMS turi MADE SIGNIFICANT ADVANCES į mažiausiai dvi savaites, DRIVEN BY THE ENTERTAINMENT IR GAME INDUSTRIES._x000D_SE SYSTEMS VISUOMENĖJE, kad būtų galima įvertinti VIRTUALINIUS ENVIRONMENTUS, KURIUOS VALSTYBĖS VALDYMO VALSTYBĖS IR PASLAUGOS ĮSIPAREIGOJIMĄ_x000D_ ENVIRONMENTAS. Mūsų programoje OMNIDIRECTIONAL CAMERAS išlaikys DUOMENŲ ĮGYVENDINIMO panoramas tyrinėtoje AREA IN_x000D_ REAL TIME, kurioje SCIENTISTOS IŠPARDAVIMAS JŪROS REALITYJE, su HAPTICIJA JOYSTICK._x000D_ _x000D_ X000D_ TECHNOLOGIJOS DEVELOPUOTOS SU ŠIOS TIKSLAS BŪTI AUTOMATICIJOS DUOMENŲ IR KOLLIZIJOS VYRIAUSYBĖ, naudojant NAVIGACIJOS_x000D_ ROBOT, ALLOWING (PILOT) SCIENTISTAI, kad būtų galima laisvai ir laisvai NAVIGATE į netvarką arba HIGH-3D RELIEF AREAS BE PASIŪLYMĄ_x000D_ VEHICLE. Kai KONTROLĖS DARBO DĖMESĮ, KURIUOS TIKSLAS, KONTROLĖS SISTEMOS, KONTROLĖS SISTEMOS, KONTROLĖS SISTEMOS, KONTROLĖS SISTEMOS, KONTROLĖS SISTEMOS SUSIJUSIOS PILOTOS KOMUNIKATOS IR SUSIJUSIOS VISUOMENĖS FEEDBAKOS PILOTOJE, kaip WELL AS_x000D_ FORCE FEEDBACK ANT JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS bus galima naudoti VISUALIOJE, naudojant VIRTUALIĄ REALITIJOS HEADSETĄ, THUS PLAYING KEY ROLE in SCIENCE_x000D_OUTREACH for GENERAL PUBLIC. (Lithuanian)
4 August 2022
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OCEANI IMAJU KLJUČNU ULOGU NA NAŠEM PLANETU. Oni reguliraju EARTH-ov KLIMATE I SUPPLY LIVING I NON-LIVING RESOURCES, BEING A MAJOR_x000D_ SOURCE OF FOOD I MANY RAW MATERIALS. I ALTHOUGH THEY COVER SVER 70 % od EARTH'SURFACE, mi ZNAMO VERY LITTLE ABOIS VAST AREA_x000D_Našeg PLANETA. PODVODNO ISTRAŽIVANJE JE KLJUČNO ZA POBOLJŠANJE NAŠEG ZNANJA O OCEANU. Istraživanje HELPS kako bi se omogućilo da OCEAN_x000D_ RESOURCES JE UPRAVLJIVANJE, i da se poveća da će oni biti stavljeni na raspolaganje za FUTURE GENERATIONS do ENJOY. Međutim, OCEANS je HOSTILE_x000D_ Okoliš za HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Odsutnost LIGHT I INCREASING PRESSURE_x000D_ Učiniti OCEAN DANGEROUS mjesto za HUMANS za OPERATE. Stoga, SEA EXPLORATION, BEYOND KAPACITY HUMAN DIVERS, PITANJA THE_x000D_ Korištenje UNDERWATER VEHICLES._x000D_ _x000D_ u ovom PROJEKTU U OTVORENOM PROJEKTU ĆE KONTAKTIRATI NAŠI PREVIOUS U RADICALNOM NOVELnom PARADIGMU ZA OCEAN EXPLORATION THROUGH DEVELIGENT_x000D_ UNDERWATER ROBOT. Nedavna PROGRESS U INFORMACIJA TEHNOLOGIJA FIELD OTVORENO UPRAVLJANJE ALTERNATIVNOSTI ZA TRADICIJSKE METHODS OF_x000D_ EXPLORATION. U našem PREVIOUS PROJEKTU SUPOZITELJI SUZITELJI POSLOVNI GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). PROMISING RESULTS OBTAINED SO FAR GUIDE US TOWARDS PURSUING SAMO GOALS IZ IMPROVING_x000D_ ROBOTS SPATIALNA AWARENESS, PROVIDING FULLY-IMMERSIVE teleprisutnosti IZVJEŠĆE U SCIENTISTIMA LEADING-a._x000D_ _x000D_ U ovom SENSE PROJEKT ĆE UČITATI STEP FORWARD U DIREKCIJAMA. Prvo, DEVELOPMENT NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER S SENSOR FUSION TECHNIQUES, koji će izmisliti ROBOT VIŠE UŽIVO U OBLIKU I POSSIBLE OBSTACLES/HAZARDS,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS I ENSURING ITS SAFETY WHILE BEING teleoperater BY AN UNSKILLED PILOT (E.G., BY SCIENTIST to je_x000D_ EXPLORING OCEAN FLOOR). TO ZAHTIJEVA SPOSOBNOST IZRADE 3D KARATA OKOLIŠA U STVARNOM VREMENU. Mi ćemo riješiti ovaj GOAL BY EQUIPPING_x000D_ ROBOT s dva OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ drugo, IMMERSIVE SYSTEMS je napravio SIGNIFICANT AVANCES u najstarije dvije godine, UPOZORENJE I IZVJEŠĆE I IZVJEŠĆE U OBZIR UPOZORENJE VIRTUALNOG OKOLIŠA UPOZORENJE MOVENOSTI I OSJEĆAJI U SIMULATED_x000D_ UZEMLJIŠTE U SIMULATED_x000D_ UZEMLJANJE. U našoj APLIKACIJI, OMNIDIREKCIJA KAMERA će osigurati podatke za izgradnju IMMERSIVE panorame istraÅ3⁄4ivanog područja u_x000D_ REAL VIME, ALLOW THE SCIENTIST da se izloži SEAFLOOR koji koristi VIRTUALNO REALITY HEADSET, što je to bilo? Kako se održava robot s HAPTICK JOYSTICK._x000D_ _x000D_ TEHNOLOGY DEVELOPED sa ovim zakonom će učitati automatski DETECTION OBSTACLES I COLLISION AVOIDANCE DURING NAVIGATION_x000D_ od ROBOT, ALLOWING THE (PILOT) SCIENTIST NASLIJE I BESPLATNO NAVIGATE U neredu ili HIGH-3D RELIEFU BEZ RADA O SAFETY_x000D_ od VEHICLE. Kada ROBOT DETECTS da je to bio teleoperater TOO CLOSE za DANGEROUS FEATURE of the SEAFLOOR (E.G. WALL ili EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM ĆE OVERRIDE COMMANDS of the PILOT and WILL PROVIDE VISUAL FEEDBACK na NAADSET OF THE PILOT, kao što se dogodilo AS_x000D_ FORCE FEEDBACK na JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS će biti dostupan za VISUALISATION Upotrebljavajući VIRTUAL REALITY HEADSET, to je PLAY PLAYING KEY ROLE u SCIENCE_x000D_ OUTREACH ZA OPĆI PUBLIK. (Croatian)
4 August 2022
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ΟΙ ΩΚΕΑΝΟΊ ΔΙΑΔΡΑΜΑΤΊΖΟΥΝ ΒΑΣΙΚΌ ΡΌΛΟ ΣΤΟΝ ΠΛΑΝΉΤΗ ΜΑΣ. ΡΥΘΜΙΖΟΝΤΑΙ ΤΟ ΚΛΙΜΑΤΙΚΟ ΚΑΙ ΑΝΤΙΚΕΙΜΕΝΟ ΤΗΣ ΕΥΘΥΝΗΣ ΚΑΙ ΜΗ ΑΝΘΡΩΠΕΥΟΝΤΑΙ ΑΠΟΤΕΛΕΣΜΑΤΑ, όντας ένα MAJOR_x000D_ ΠΗΓΗ ΤΡΟΦΙΜΩΝ ΚΑΙ ΠΟΛΛΑ ΑΚΙΝΗΤΑ ΥΛΙΚΑ. Και το 70 % της επιβράβευσης της Αρκτικής, ξέρουμε πολύ καλά ότι αυτό είναι το VAST AREA_x000D_ του πλανήτη μας. Η ΥΠΟΒΡΎΧΙΑ ΕΞΕΡΕΎΝΗΣΗ ΕΊΝΑΙ ΘΕΜΕΛΙΏΔΟΥΣ ΣΗΜΑΣΊΑΣ ΓΙΑ ΝΑ ΒΕΛΤΙΏΣΟΥΜΕ ΤΙΣ ΓΝΏΣΕΙΣ ΜΑΣ ΓΙΑ ΤΟΝ ΩΚΕΑΝΌ. ΑΝΑΖΗΤΗΣΗ ΕΛΕΓΧΟΥ ΤΟΥ OCEAN_x000D_ RESOURCES ΕΙΝΑΙ ΑΝΤΙΠΡΟΣΩΠΕΙΕΣ, και ΝΑ ΔΙΕΥΘΥΝΟΝΤΑΙ οτι θα ΠΑΡΕΧΟΝΤΑΙ για ΜΕΛΛΟΝΤΕΣ ΓΕΝΙΚΕΣ ΓΡΑΜΜΕΣ για την ΕΝΕΡΓΕΙΑ. Ωστόσο, OCEANS είναι ένα HOSTILE_x000D_ ΠΕΡΙΒΑΛΛΟΝ ΓΙΑ ΑΝΘΡΩΠΙΝΕΣ ΟΡΓΑΝΩΣΕΙΣ, ΔΙΑΧΕΙΡΙΣΗ OCEAN EXPLORATION DIFFICULT, ΕΙΔΙΚΟΣ ΣΤΟΙΧΕΙΟ ΑΝΑΠΤΥΞΗΣ. Απουσία ΦΩΤΟΥ ΚΑΙ ΕΓΚΑΤΑΣΤΑΣΗΣ PRESSURE_x000D_ ΧΑΡΑΚΤΗΡΙΣΤΙΚΑ ΤΟΥ OCEAN A DANGEROUS PLACE ΓΙΑ ΑΝΘΡΩΠΟΥΣ ΝΑ ΕΠΙΧΕΙΡΗΣΙΑΖΟΝΤΑΙ. Ως εκ τούτου, η SEA EXPLORATION, BEYOND THE CAPACITY OFMAN DIVERS, ΑΠΑΙΤΕΙ ΤΟ_x000D_ ΧΡΗΣΗ ΤΩΝ ΟΧΗΜΑΤΩΝ UNDERWATER._x000D_ _x000D_ ΣΤΟ ΠΑΡΑΚΟΛΟΥΘΗΜΕΝΟ ΠΡΟΓΡΑΜΜΑ ΜΑΣ ΣΕ ΕΡΓΑΣΙΑ ΜΑΣ ΣΕ ΑΝΤΙΚΕΙΜΕΝΟ ΝΟΜΙΣΜΑΤΟΣ ΓΙΑ ΤΗΝ ΟΙΚΟΔΟΜΙΚΗ ΕΞΕΛΙΞΗ ΤΟΥ ΕΡΓΑΣΤΗΡΙΟΥ ΜΑΣ INTELLIGENT_x000D_ UNDERWATER ROBOT. Πρόσφατα ΠΡΟΓΡΑΜΜΑ ΣΤΗΝ ΠΛΗΡΟΦΟΡΙΑΚΗ ΤΕΧΝΟΛΟΓΙΑ ΠΛΗΡΟΦΟΡΙΩΝ ΑΝΤΑΓΩΝΙΣΤΙΚΩΝ ΕΝΑΛΛΑΚΤΙΚΩΝ ΕΝΑΛΛΑΚΤΙΚΩΝ ΜΕΘΟΔΩΝ_x000D_ ΕΚΠΛΩΣΗΣ. Στο ΕΡΓΟ ΜΑΣ ΑΝΤΑΓΩΝΙΣΤΙΚΟΤΗΤΑΣ ΠΛΗΡΩΣ ΣΥΜΦΩΝΑ ΜΕ ΤΟ UNTETHERED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). Τα ΑΠΟΤΕΛΕΣΜΑΤΑ ΤΗΣ ΠΡΟΕΔΡΙΑΣ ΠΟΥ ΠΕΡΙΛΑΜΒΑΝΟΝΤΑΙ ΣΤΟ ΦΥΣΙΚΟ ΟΔΗΓΙΟ ΛΑΜΒΑΝΟΝΤΑΣ ΥΠΟΨΗ ΤΑ ΟΡΓΑΝΑ ΜΕ ΤΗ ΔΙΕΥΘΥΝΣΗ ΤΩΝ ΟΡΓΑΝΙΣΜΩΝ ΜΕ ΤΟ ΙΣΧΥΟΣ ΤΟΥ ΙΣΧΥΟΥΣ ΤΟΥ ΙΣΤΟΣΕΛΙΔΑ._x000D_ _x000D_ _x000D_ Σ’ αυτό το πρόγραμμα θα λάβει μέρος σε ένα τμήμα που προβλέπεται σε TWO MAIN DIRECTIONS. Πρώτον, Η ΑΝΑΠΤΥΞΗ ΤΩΝ ΠΡΑΓΜΑΤΟΠΟΙΗΤΙΚΩΝ ΠΡΑΓΜΑΤΙΚΩΝ ΧΡΟΝΙΚΩΝ ΣΤΕΡΕΟ_x000D_ ΑΛΓΟΡΙΘΗΜΑΤΩΝ, με ΤΕΧΝΙΚΕΣ ΤΕΧΝΙΚΕΣ ΛΕΙΤΟΥΡΓΙΕΣ, που θα ΧΟΡΗΓΗΣΟΥΝ ΠΕΡΙΣΣΟΤΕΡΕΣ ΠΕΡΙΒΑΛΛΟΝΤΕΣ και ΔΥΝΑΜΕΝΕΣ ΕΠΙΧΕΙΡΗΣΕΙΣ/ΧΑΡΤΕΣ,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS and ENSURING ITS SAFETY WHILE WHILE ΤΗΛΕΧΕΙΡΙΣΜΕΝΟ ΑΠΟ ΑΝΘΡΩΠΙΝΟ ΠΙΛΟΤ (E.G., ΑΠΟ ΕΠΙΣΤΗΜΟΝΙΚΟ οποιο ειναι ΤΟ_x000D_ ΕΚΠΛΩΣΗ του ΟΚΙΟ). ΑΥΤΌ ΑΠΑΙΤΕΊ ΤΗ ΔΥΝΑΤΌΤΗΤΑ ΔΗΜΙΟΥΡΓΊΑΣ ΤΡΙΣΔΙΆΣΤΑΤΩΝ ΧΑΡΤΏΝ ΤΟΥ ΠΕΡΙΒΆΛΛΟΝΤΟΣ ΣΕ ΠΡΑΓΜΑΤΙΚΌ ΧΡΌΝΟ. Θα χρησιμοποιήσουμε αυτά τα GOAL ΑΠΟ EQUIPPING_x000D_ THE ROBOT with TWO OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES IN THE LAST TWO YEARS, ΔΡΑΣΤΗΡΙΟΤΗΤΕΣ απο ΤΙΣ ΒΙΟΜΗΧΑΝΙΕΣ ΕΠΙΧΕΙΡΗΣΕΩΝ ΚΑΙ ΠΑΙΧΝΙΔΙΩΝ._x000D_ Τα ΣΥΣΤΗΜΑΤΑ ΛΑΜΒΑΝΟΝΤΑΙ ΑΠΟ ΤΗΝ ΕΚΤΕΛΕΣΗ ΤΩΝ ΒΙΟΜΗΧΑΝΙΚΩΝ ΠΕΡΙΒΑΛΛΟΝΤΩΝ ΚΑΙ ΤΩΝ ΑΙΣΘΗΤΩΝ ΠΟΥ ΧΡΗΣΙΜΟΠΟΙΟΥΝΤΑΙ ΣΕ ΠΕΡΙΒΑΛΛΟΝΤΑΙ ΜΕ ΤΟ ΠΕΡΙΒΑΛΛΟΝ. Στην ΕΦΑΡΜΟΓΗ ΜΑΣ, οι ΑΝΟΙΚΤΕΣ ΚΑΤΗΓΟΡΙΕΣ θα ΠΑΡΕΧΟΝΤΑΙ τα ΔΕΔΟΜΕΝΑ που πρεπει να ΒΑΣΙΖΟΥΝ ΜΑΘΗΤΙΚΑ πανοραμματα ΤΗΣ ΕΞΕΡΕΥΟΜΕΝΗΣ ΠΕΡΙΟΧΗΣ IN_x000D_ ΠΡΑΓΜΑΤΙΚΗΣ ΧΡΟΝΗΣ, ΛΑΜΒΑΝΟΝΤΑΣ ΥΠΟΨΗ τον SCIENTIST να ερευνήσει το SEAFLOOR ΧΡΗΣΙΜΟΠΟΙΕΙΤΑΙ μια VIRTUAL REALITY HEADSET, η ΤΕΧΝΟΛΟΓΙΚΗ ΑΝΑΠΤΥΞΗ ΜΕ ΤΟ ΕΡΓΟ ΠΟΥ ΑΝΑΠΤΥΞΗ ΣΤΗΝ ΑΥΤΟΜΑΤΗ ΑΝΑΠΤΥΞΗ ΤΩΝ ΕΠΙΧΕΙΡΗΣΕΩΝ ΚΑΙ ΤΗ ΣΥΝΑΛΛΑΓΗ ΠΟΥ ΑΝΑΠΤΥΞΙΖΟΝΤΑΙ ΜΕ ΤΗΝ ΑΥΤΟΜΑΤΗ ΑΝΑΠΤΥΞΗ_x000D_ ΤΟΥ ΡΟΔΟΥ, ΛΑΜΒΑΝΟΝΤΑΣ ΥΠΟΨΗ τον (PILOT) SCIENTIST TO EASILY AND FREELY NAVIGATE IN γεμάτα ή HIGH-3D RELIEF ΠΕΡΙΟΧΕΣ ΜΕ ΤΟ ΕΡΓΑΖΟΜΕΝΟ ΤΟ SAFETY_x000D_ ΤΟΥ ΟΧΗΜΑΤΟΣ. Όταν το ROBOT DETECT ότι είναι να είναι τηλεχειριζόμενο TOO CLOSE σε μια DANGEROUS FEATURE ΤΗΣ ΣΕΦΛΟΥ (E.G. A WALL OR EVEN THE_x000D_ SEAFLOOR), το σύστημα ελέγχου θα πρέπει να ξεπεράσει τους οργανισμούς του φυσητήρα και θα προσφέρει ένα όραμα τροφοδότη για το σπίτι του PILOT, ως WELL AS_x000D_ FORCE FEEDBACK ON THE JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS θα είναι διαθέσιμος για την εξακρίβωση της χρήσης μιας VIRTUAL REALITY HEADSET, THUS PLAYING A KEY ROLE IN SCIENCE_x000D_ OUTREACH FOR GENERAL PUBLIC. (Greek)
4 August 2022
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OCEÁNY ZOHRÁVAJÚ KĽÚČOVÚ ÚLOHU NA NAŠEJ PLANÉTE. REGULujú EARTH’S CLIMATE and SUPPLY LIVING a NON-LIVING RESOURCES, byť MAJOR_x000D_ZDRAVÝ ZDRAVOTNÝCH A MENÝCH RAW MATERIALS. A ALTHOUGH TÝKAJÚC sa viac ako 70 % SURFACE EARTH, VEDOMIE VERY LITTLE ABO TOTO VAST AREA_x000D_ z nášho PLANET. PRIESKUM POD VODOU MÁ ZÁSADNÝ VÝZNAM PRE ZLEPŠENIE NAŠICH ZNALOSTÍ O OCEÁNE. Prieskumné HELPS, aby sa zabezpečilo, že OCEAN_x000D_ ZDROJE ZARIADENÝ, A NAZNÁMENIE, že budú preverení pre FUTURE GENERÁCIE na ENJOY. Avšak, OCEANS ARE A HOSTILE_x000D_ ENVIRONMENT for HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Neprítomnosť LIGHT A INCREASING PRESSURE_x000D_ Vykonajte OCEAN A DANGEROUS PLACE pre Ľudov, ktorí sa operujú. Preto, SEA EXPLORATION, BEYOND THE CAPACITY OF ĽUDSKÝCH DIVERS, ŽIADA THE_x000D_ POUŽÍVANIE UNDERWATER VEHICLES._x000D_ _x000D_ V tomto PROJEKTNOM WE CONTINUE HOTE NAŠEJ PREVÁDZKY POSTUPY NA RADIKÁLNE NOVÉ PARADIGMY NA OCEANOVÉ EXPLORÁCIE, VYHLÁSENIE DEVELOPMENTU INTELLIGENT_x000D_ UNDERWATER ROBOT. Nedávny PROGRESS V INFORMÁCIÍ TECHNOLOGIA FIELDOVÁ OTVORENÁ PODNIKOVÝCH ALTERNATIÍ NA TRADÍCIE METÓDY_x000D_ EXPLORÁCIE. V našom PREVIOUSOM PROJEKTu, ktorý sa nachádza v A_x000D_HYBRIDNÝ ROBOT AUTONOMOUS UNDERWATER ROBOT (AUV) A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). PROMISING VÝSLEDKY OBTAINED tak FAR GUIDE US TOWARDS POUŽITIE SAME GOALS BUT IMPROVING_x000D_ THE ROBOT’S SPATIAL AWARENESS, SPRAVOVANIE Úplne-IMMERSIVE telepresence EXPERIENCE NA SCIENTISTS LEADING THE EXPLORATION._x000D_ _x000D_ _x000D_ V tomto SENSE THIS TOTO PROJEKT UPLATŇUJE STEP FORWARD IN TWO MAIN DIRECTIONS. Po prvé, VÝVOJ NOVÉHO REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGEER S SENSOR FUSION TECHNIQUES, KTORÉ MÔŽUJÚ ROBOT viac o ITS ENVIRONMENT A POZORNÉ OBSTACLES/HAZARDS,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS A ENSURING ITS BEZPEČNOSTNÉ, Ktoré sú teleoperované BY UNSKILLED PILOT (E.G., A SCIENTIST, že je_x000D_ EXPLOR OCEAN FLOOR). TO SI VYŽADUJE SCHOPNOSŤ VYTVÁRAŤ 3D MAPY ŽIVOTNÉHO PROSTREDIA V REÁLNOM ČASE. Budeme mať toto GOAL BY EQUIPPING_x000D_ ROBOT s TWO OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ po druhé, IMMERSIVE SYSTEMS SYSTEMS MADE SIGNIFICANT ADVANCES V najskorších dvoch rokoch, DRIVEN BY ENTERTAINMENT A HRU INDUSTRIES._x000D_ tieto SYSTÉMY VŠETKY VŠETKÝCH POZORNÍKOV, KTORÝCH VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENT A FEEL IMMERSED in AIMULATED_x000D_ ENVIRONMENT. V našej APPLIKÁCII OMIDIRECTIONAL CAMERAS PRODUKTUJÚ ÚDAJE NA VÝSLEDKU IMMERSIVE panorámy skúmanej AREA IN_x000D_ REAL TIME, VŠETKÝCH SCIENTISTOVÝCH VÝROBKOVÝCH POUŽÍVATEĽOV POUŽÍVANIA VIRTUÁLNEJ REALITY HEADSET, ktorý SAFELY DRIVING THE ROBOT s HAPTICKÝ SPOLOČNOSŤ._x000D_ _x000D_ TECHNOLOGIA DEVELOPED s týmto PROJEKTOM, ktorý je súčasťou AUTOMATICKÉHO DETEKCIE OBSTACLES a COLLISION AVOIDANCE DURING NAVIGATION_x000D_ of the ROBOT, ALLOWING (PILOT) SCIENTIST NA EASILY a FREELY NAVIGATE v preplnených alebo vysoko-3D RELIEF ALEBO BEZ WORY ABO SAFETY_x000D_ VEHICLE. Keď ROBOT DETECTS, že sa to bude teleoperovať TOO CLOSE DO ZDRAVÉHO FEATURE SEAFLOOR (E.G. A WALL ALEBO EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM bude OVERRIDE SPOLOČNOSTI PILOTOV A OCHRANA VÍZNYCH FEEDBACK NA HEADSET PILOT, AS WELL AS_x000D_ FORCE FEEDBACK ON THE JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMICKÉ VIDEOS budú prijateľné pre VISUALISATION POUŽITIE VIRTUÁLNEJ REALITY HEADSET, THUS PLAYING KEY ROLE IN SCIENCE_x000D_ OUTREACH pre GENERAL PUBLIC. (Slovak)
4 August 2022
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VALTAMERILLÄ ON KESKEINEN ASEMA PLANEETALLAMME. He järjestelevät EARTH:n RAHOITUS- JA LIITTYVÄT RAHOITUKSET, jotka ovat MAJOR_x000D_Ruoan ja monien RAJOIDEN MATERIAALIT. Ja he tulivat 70 % EARTH’s SURFACE: sta, me tiedämme, että tämä on meidän PLANETtamme. VEDENALAINEN ETSINTÄ ON OLENNAISEN TÄRKEÄÄ, JOTTA VOIMME PARANTAA TIETÄMYSTÄMME VALTAMERESTÄ. Etsintä auttaa meitä OCEAN_x000D_ OCEAN_x000D_ RESOURCES ON MANAGED, JA ENSURE TÄMÄN TÄYTÄNTÖÖN TÄYTÄNTÖÖN TÄYTÄNYTTÄVÄT TUOTTEET ENJOY: lle. Kuitenkin OCEANS ovat HOSTILE_x000D_ ENVIRONMENT FOR HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Ei LIGHT JA INCREASING PRESSURE_x000D_ MAKE THE OCEAN DANGEROUS PLACE FOR HUMANS to OPERATE. Siksi, SEA EXPLORATION, PÄÄTTÄNYT HUOMIOIDEN, PÄÄTTÄNYT KÄYTTÄMINEN_x000D_ KÄYTTÄMINEN UNDERWATER VEHICLES._x000D_ _x000D_ TÄMÄT PROJECTIN TÄMÄN PREVIOUS WORKIN RADICALLY NOVEL PARADIGM OCEAN EXPLORATION THROUGHIN KOSKEVAT TIEDOT INTELLIGENT_x000D_ UNDERWATER ROBOT. Viimeaikainen kehitys TIEDOT TECHNOLOGY FIELD on avannut COMPELLING ALTERNATIVES TRADITIONAL METHODS OF_x000D_ EXPLORATION. Meidän PREVIOUS PROJECT me SUCCESSFULLY YHDISTYNYT YHDISTYNYT GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). VARAUKSEN TARJOITUKSEN HYVÄKSYTTÄVÄ TARJOUKSEN HYVÄKSYTTÄVÄ TARJOUKSEN HYVÄKSYTTÄVÄT TUOTTEIDEN TUOTTEIDEN HYVÄKSYTTÄVÄT TÄMÄN HYVÄKSYTTÄMÄN TÄMÄN TÄMÄN TÄMÄT TÄMÄN TÄMÄT TÄMÄT TÄMÄN ON TÄMÄT ON TÄMÄN TÄMÄN TÄMÄN ON TÄMÄT TÄMÄN ON TÄMÄT ON TÄMÄN TÄMÄÄN. Ensinnäkin NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER, JÄRJESTELMÄN FUSION TECHNIQUES, TEHTÄVÄT ON KOSKEVAT KOSKEVAT KOSKEVAT STEREO_x000D_ ALGORITHMS- JA POSSIBLE OBSTACLES/HAZARDit,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS AND ENSURING ITS SAFETYWH BEING Tele operatedd BY A UNSKILLED PILOT (E.G., BY A SCIENTIST THAT IS_x000D_ EXPLORING the OCEAN FLOOR). TÄMÄ EDELLYTTÄÄ KYKYÄ RAKENTAA 3D-KARTTOJA YMPÄRISTÖSTÄ REAALIAJASSA. Me ACHIEVE tämä GOAL BYQUIPPING_x000D_ ROBOT, jolla on kaksi OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ toiseksi, IMMERSIVE SYSTEMS on mukana SIGNIFICANT ADVANCES LAST TWO YEARS, DRIVEN ENTERTAINMENT and GAME INDUSTRIES._x000D_SYSTEMS TÄMÄT TÄYTÄNTÖÖN TÄYTÄNTÖÖNPANOPIMUKSEKSI VIRTUALEN ENVIRONMENT THROUGH HEAD MOVEMENTS JA FEEL IMMERSED SIMULATED_x000D_ ENVIRONMENT. Meidän SOVELLUKSESSA, OMNIDIRECTIONAL CAMERAS, jotka TUOTTAMINEN TUOTTEET TARJOITETTAVA panoraama tutkituista alue IN_x000D_ REAL TIME, ALLOWOW THE SCIENTIST TOIMITUS SEAFLOOR käyttää VIRTUAL REALITY HEADSET, TÄYTÄNTÖÖN HAPTIC JOYSTICK._x000D_ _x000D_ TECHNOLOGIA DEVELOPED TÄMÄN TUOTTEIDEN TÄMÄN HYVÄKSYMINEN OBSTACLES- JA COLLISION AVOIDANCE DURING OF NAVIGATION_x000D_ of the ROBOT, ALLOWING (PILOT) SCIENTIST TOIMITTAVA JA ILMAISEKSI NAVIGATE TAI HIGH-3D RELIEF ARVIOITTAVAT VALVONTA VAHVISTAA SAFETY_x000D_ VALMISTAJA. Kun ROBOT PÄÄTTÄNYT, että se on telekäyttöinen, että se on etäkäyttöinen SEAFLOORin DANGEROUS FEATURE (E.G. WALL OR EVEN THE_x000D_ SEAFLOOR), ON VAHVISTAA SYSTEMIN ON TÄYTTÄNTÖÖN PILOT: n KOHTAJA JA TUOTTAA FEEDBACKIN FEEDBACKia PILOT: n HEADSETissa, AS WELL AS_x000D_ FORCE FEEDBACK FORCE FEEDBACK ON JOYSTICK._x000D_ _x000D_ Lopullinen, POST-MISSION PANORAMIC VIDEOS WILL AVAILABLE FOR VISUILABLE ON VIRTUAL REALITY HEADSET, THUS PLAYING KEY ROLE SCIENCE_x000D_ OUTREACH FOR GENERAL PUBLIC. (Finnish)
4 August 2022
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OCEANY ODGRYWAJĄ KLUCZOWĄ ROLĘ NA NASZEJ PLANECIE. Oni REGULated the EARTH’S CLIMATE I SUPPLY LIVING AND NON-LIVING RESOURCES, BEING A MAJOR_x000D_ SOURCE OF FOOD AND MANY RAW MATERIALS. I ALTHOUGH THE COVER OVER 70 % SURFACE EARTH’SURFACE, WIEMY BARDZO LITTLE O TYM NAJLEPSZEJ AREA_x000D_ naszej PLANETY. BADANIA PODWODNE MAJĄ ZASADNICZE ZNACZENIE DLA POPRAWY NASZEJ WIEDZY NA TEMAT OCEANU. Eksploracja HELPS do ENSURE THAT OCEAN_x000D_ RESOURCES SA WELL MANAGED, I do ENSURE, że będą one przekazywane do FUTURE GENERATIONs do ENJOY. Jednak OCEANS są HOSTILE_x000D_ ŚRODKOWA DO PRZEZ LUDZI, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY NA GREATER DEPTHS. Brak LIGHT I INCREASING PRESSURE_x000D_ MACEAN A DANGEROUS PLACE FOR HUMANS to OPERATE. W związku z tym SEA EXPLORATION, BYOND PODKREŚLAJĄCYCH DYW CZŁOWIEKÓW, WYMAGA SIĘ__x000D_ UŻYTKOWANIE POJAZDÓW UNDERWATEROWYCH._x000D_ _x000D_ W TYM PROJEKTIE WYKONAWCZEJ ŚRODKÓW WIELKOWYCH_x000D_ UNDERWATER ROBOT. Najnowsze PROGRESS W INFORMACJI TECHNOLOGIA FIELD JEST OTWARTE ALTERNATYWY KOMPULACYJNE DO TYTUŁÓW TRADYCYJNYCH METODY OF_x000D_ EXPLORATION. W naszym PREVIOUS PROJECT SUCCESSFULLY CONVERTED THE UNTETHERED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). Wyniki PROMISING OBTAINED SO FAR GUIDE US TOWARDS PURSUING THE SAME GOALS BUT IMPROVING_x000D_ ROBOT’S SPATIAL AWARENESS, PROVIDING A FULLY-IMMERSIVE telepresence EXPERIENCE to the SCIENTISTS LEADING THE EXPLORATION._x000D_ _x000D_ W TYM SENSE THIS PROJECT W TYM PROJEKCJI ZAMÓWIENIA W DWÓJ DWÓRNYCH DYREKCJI. Po pierwsze, ROZWIĄZANIA NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER Z TECHNIQUES SENSOR FUSION, że sprawi, że ROBOCZY WIĘCEJ ŚRODKÓW I OBSTAKÓW POSSIBLE/HAZARDS,_x000D_ AUTOMATICALLY SUCH SITUACJE I ENSURING ITS BEZPIECZEŃSTWA Z POŁĄCZENIEM teleoperowanym (E.G., BY A SCIENTIST THAT IS_x000D_ EXPLORING THE OCEAN FLOOR). WYMAGA TO MOŻLIWOŚCI TWORZENIA MAP 3D ŚRODOWISKA W CZASIE RZECZYWISTYM. Będziemy mieć JEGO GOY BY EQUIPPING_x000D_ ROBOT Z Dwóm OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ po drugie, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES w ciągu ostatnich dwóch lat, DRIVEN by the ENTERTAINMENT AND GAME INDUSTRIES._x000D_ SYSTEMY PODKREŚLAJĄCE PRZEZ WYDARZENIA ŚRODOWISKO ŚRODOWISKO ŚRODKOWEGO I PROJEKTOWANIA ZAMÓWIENIA W SIMULATED_x000D_ ŚRODOWISKO. W naszym APLIKACJI, OMNIDIRECTIONAL CAMERAS będzie chronić dane, aby połączyć IMMERSIVE panoram badanego AREA IN_x000D_ REAL TIME, WZYWAJĄC SCIENTIST do Eksploatacji SEAFLOORU UŻYTKOWANIA WITRUALNEJ REALITYJNEJ HEADSET, po DZIEŻENIU BEZPIECZEŃSTWA ROBOCZYCH Z JOYSTICK HAPTYCZNYM._x000D_ _x000D_ Opracowana TECHNOLOGIA WHISTYCZNEGO PROJEKTU PROJEKTU AUTOMATYCZNEGO DETEKCJI OBSTAKÓW I POMOCY DOSTĘPU NAVIGACJI_x000D_ ROBOTU, ALLOWING THE (PILOT) SCIENTIST TO EASILY I BEZPŁATNIE NAVIGATE W zaśmieconym lub HIGH-3D RELIEF AREAS BEZ BEZPIECZEŃSTWA O BEZPIECZEŃSTWA_x000D_ POJAZDU. Kiedy ROBOT PODKREŚLA, że to jest teleoperowane TOO CLOSE do DANGEROUS FEATURE of the SEAFLOOR (E.G. A WALL LUB EVEN THE_x000D_ SEAFLOOR), czy SYSTEM KONTROLNY BĘDĄ WSZYSTKIE W KOMUNKCIE PILOTU I Obrońcą VISUALNYCH FEEDBACK na HEADSET OF THE PILOT, AS WELL AS_x000D_ FORCE FEEDBACK ON THE JOYSTICK._x000D_ _x000D_ FINALLY, PANORAMIC VIDEOS POST-MISSION BĘDĄ DOSTĘPNE DO WIZALIZACJI UŻYTKOWNIKA WIELKIEJ REALITYJNEJ ZATRZYMUJĄC SIĘ DO PUBLIKI GENERALNEJ. (Polish)
4 August 2022
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AZ ÓCEÁNOK KULCSSZEREPET JÁTSZANAK BOLYGÓNKON. Az EARTH KIADÁSÁT ÉS TÁJÉKOZTATÁSÁT ÉS NON-LIVING HOZZÁJÁRULÁSÁT GYÁRTÁSOKRA VONATKOZÓ MÁJOR_x000D_ ÉLETÉBEN ÉS TÖRTÉNŐ TERÜLETEKRE VONATKOZÓ MAJOR_x000D-t. És még mindig 70%-a az EARTH SURFACE-nek, tudtunk róla, hogy ez még mindig a mi helyünk. A VÍZ ALATTI FELTÁRÁS ALAPVETŐ FONTOSSÁGÚ AZ ÓCEÁNNAL KAPCSOLATOS TUDÁSUNK FEJLESZTÉSÉHEZ. A kutatás célja, hogy az OCEAN_x000D_ RESOURCES-t meglássák, és hogy a kutatást meg kell valósítani az ENJOY-nak való megfelelés érdekében. Azonban, OCEANS ARE A HOSTILE_x000D_ KÖRNYEZETVÉDELEM EMBEREK, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. LIGHT ÉS INCREASING PRESSURE_x000D_ Az OCEAN egy DANGEROUS PLACE for HUMANS for OPERATE. Ezért, A KIÁLLÍTÁS, A KAPACITY of Human DIVERS, REQUIRES THE_x000D_ USE UNDERWATER VEHICLES._x000D_ _x000D_ EZ a PROJEKT MEGJEGYZÉSE A PREVIOUS WORKÁBAN egy RADICALL NOVEL PARADIGM OCEAN EXPLORATION THROUGIA A DEVELOPENT_x000D_ UNDERWATER ROBOT. Az INFORMÁCIÓS TECHNOLÓGIAI FELTÉTELEK ELŐZETES FELTÉTELEK A _x000D_ EXPLORATION TRADITIONAL MÓDOSÍTÁSRA VONATKOZÓ ALTERNATÍRÁSOKRA VONATKOZÓ ELŐZETES TERMÉKEK. Az A_x000D_ HYBRID REMOTELY OPERATE DROBOT (HROV) A_x000D_ HYBRID REMOTERES REMOTEATE DROBOT (AUV) ELLENŐRZÉSI RÓBOT (AUV) EGYESÜLT GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTEGELY OPERATED (HROV) nevű szervezetével. A VIZSGÁLATI EGYÜTTMŰKÖDÉSI EREDMÉNYEK A ROBOT SZÁLLÍTÁSI ÉRTÉKELÉSÉNEK ÉS A ROBOT SZÁLLÍTÁSI RENDELKEZÉSEKRE VONATKOZÓ KÖVETKEZTETÉSEK A KÖZÖSSÉGEKRE VONATKOZÓ TÁMOGATÁSOK A KIZÁRÁSI KÖVETKEZŐ TÁMOGATÁSOK. Először is, a NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, EGYESÜLT ÖSSZEFOGLALÓ TECHNIQUES FEJEZETÉNEK, hogy a ROBOT-ot sokkal inkább el kell látnia a környezetkímélő és a POSSIBLE OBSTACLES/HAZARDS-szal,_x000D_ AUTOMATIKALLY AVOIDING SUCH SITUATIONS ÉS ENSURING ITS SAFETY WHILE BEING teleoperált PILOT (E.G., A TUDOMÁNY, amely IS_x000D_ az OCEAN FLOOR-t). EZ MEGKÖVETELI A KÉPESSÉG, HOGY ÉPÍTSENEK 3D TÉRKÉPEK A KÖRNYEZET VALÓS IDŐBEN. Az OMNIDIRECTIONAL CAMERA SYSTEMS-szel._x000D_ _x000D_ második, IMMERSIVE SIGNIFICANT ADVANCES A LEGÁLLAPODÁSI ADVAncsokkal, DRIVEN AZ ENTERTAINMENT ÉS GAME INDUSTRIES._x000D_ THESE SYSTEMS ALL THE OBSERVER to EXPERIENCE THE VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENT ÉS FEEL IMMERSED A SIMULATED_x000D_ Környezet. Az OMNIDIRECCIÓS KAMERÁK a felfedezett területről származó, valós körülmények között felfedezett IMMERSIVE panorámák DATA-ját fogják előállítani, és ELLENŐRZÉSE, hogy a SEAFLOOR egy VIRTUÁLIS REALITITÁSI HEADSET-et használ, mivel a ROBOT-ot egy HAPTICICICK._x000D_ _x000D_ _x000D_ A TECHNOLOGIA DEVELOPED azzal a céllal vezeti be, hogy a ROBOT NAVIGATION_x000D_X000D_AUTOMATIKAI DETECCIÓL és COLLISION AVIGATION_x000D_AUTOMATIKAI DETECCIÓJÁTJA, a (PILOT) TÁJÉKOZTATÁSA AZ EGYESÜLT ÉS INGYENES NAVIGÁCIÓT A KÖVETKEZTETŐ 3D KÖZÖS VÉGREHAJTÁSA A VÉGREHAJTÁS MEGJEGYZÉSE_x000D. Amikor a ROBOT DETECTS EZT a távüzemeltetésre került sor, hogy a kormány egy DANGEROUS FEATURE-t vegyen részt a SEAFLOOR-ban (E. G. A. X000D_ SEAFLOOR-ban), akkor a konTROL-rendszer meg fogja valósítani a PILOT KÖZTÁRSASÁGát, és a PILOT épületében egy VISUAL FEEDBACK-ot hoz létre, az AS_x000D_ FORCE FEEDBACK a JOYSTICK-on._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS, amely a VIRTUAL REALITITY HEADSET-et használó VIRTUÁLIS REALITIKÁCIÓ, amely egy kulcsot foglal el a SCIENCE_x000D_ OUTREACH számára, amely a GENERÁLIS PUBLIC számára szolgál. (Hungarian)
4 August 2022
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OCEÁNY HRAJÍ KLÍČOVOU ROLI NA NAŠÍ PLANETĚ. Vyhodnocují KLIMÁTNÍ KLIMÁTU EARTH a doplňující se a NON-LIVING RESOURCES, Být MAJOR_x000D_ ZDROJ FOOD a Mnohých RAW MATERIALS. A všichni mohou mít 70 % EARTH’S SURFACE, Věříme, že velmi dobře známe tento VAST AREA_x000D_ naší PLANET. PODVODNÍ PRŮZKUM JE ZÁSADNÍ PRO ZLEPŠENÍ NAŠICH ZNALOSTÍ O OCEÁNU. Průzkum HELPS TO, že OCEAN_x000D_ RESOURCES jsou MANAGED, a aby se ujistil, že jim bude předveden pro FUTURE GENERATIONs to ENJOY. Nicméně, OCEANS jsou HOSTILE_x000D_ ENVIRONMENT for HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Absence LIGHT A INCREASING PRESSURE_x000D_ Umožněte OCEAN DANGEROUS PLACE pro lidi, kteří se operují. Z tohoto důvodu, SEA EXPLORATION, BYON KAPACITY lidských životů, požaduje, aby použití UNDERWATER VEHICLES._x000D_ _x000D_ V tomto PROJEKTU KONTAKT NA NAŠE PREVIOUS WORK v RADICALLY NOVEL PARADIGM pro OCEAN EXPLORATION THROUGH DEVELOPMENT OF AN INTELLIGENT_x000D_ UNDERWATER ROBOT. Nedávný PROGRESS V INFORMACÍ TECHNOLOGY FIELD OTEVŘENÝ SPOLEČENSTVÍ ALTERNATIVES na TRADITIONAL METHODS OF_x000D_ EXPLORATION. V našem PREVIOUS PROJECTUJÍCÍM PŘÍSLUŠNÝM PŘÍSLUŠNÝM PŘÍSLUŠNÝM PŘÍSLUŠNÝM ROBOTEM (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED (HROV) PROMISING RESULTS OBTAVENY SO FAR GUIDE US TOWARDS PURSUING THE SAME GOALS, ale IMPROVING_x000D_ The ROBOT’S SPATIAL AWARENESS, PROVIDING FULLY-IMMERSIVE Telepresence EXPERIENCE SCIENTISTům, kteří se ocitli na výstavě._x000D_ _x000D_ _x000D_ V tomto případě se tento PROJEKT dostane do TWO MAIN DIRECTION. Za prvé, DEVELOPMENT NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER SE SENSOR FUSION TECHNIQUES, že bude řídit více ROBOT VÍCE ITS ENVIRONMENT A POSSIBLE OBSTACLES/HAZARDS,_x000D_ AUTOMATICKÉ AVOIDING SUCH SITUATIONs and ENSURING ITS SAFETY, které se operují teleoperací pomocí unSKILLED PILOT (E.G., BY A SCIENTIST, že je_x000D_ Využívání OCEAN FLOOR). TO VYŽADUJE SCHOPNOST VYTVÁŘET 3D MAPY PROSTŘEDÍ V REÁLNÉM ČASE. Za druhé, IMMERSIVNÍ SYSTÉMY VYSOKÉ SYSTÉMY._x000D_ _x000D_ _x000D_ Za druhé, IMMERSIVE SYSTEMS MADE SIGNIFICANT ADVANCES v posledních dvou letech, DIVEN BYTERTAINMENT A GAME INDUSTRIES._x000D_ Tyto SYSTÉMY VŠECHNY OBCHODU, aby se VIRTUÁLNÍ ENVIRONICKÉ PROSTŘEDKY PŘÍSLUŠNÝCH HEAD MOVEMENT a FEEL IMMERSED IN A SIMULATED_x000D_ ENVIRONMENT. V naší žádosti budou OMNIDIRECTIONAL CAMERAS vyhotovovat DATA k vytvoření IMMERSIVE panoramas zkoumané AREA IN_x000D_ REAL TIME, ALLOW THE SCIENTIST EXPLORE THE SEAFLOOR POUŽITÍ VIRTUÁLNÍ REALITY HEADSET, TECHNOLOGY DEVELOPED S tímto PROJEKTEM AUTOMATICKEM AUTOMATICKÝCH ÚDAJŮ OBSAHŮ A SPOLEČNOSTI OBYTNÉHO PŘÍPRAVY VYSOKÉHO PŘÍPRAVU NAVIGACE_x000D_ ROBOT, ALLOWING THE (PILOT) SCIENTIST k šíleně a volně NAVIGÁT v nepořádku nebo HIGH-3D RELIEF AREAS, když se pracuje na bezpečnosti_x000D_ of the VEHICLE. Když ROBOT zjistí, že to je teleoperace TOO CLOSE DANGEROUS FEATURE of the SEAFLOOR (E.G. A WALL NEBO EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM se bude řídit komandéry a bude vyhotovovat VISUAL FEEDBACK NA VĚDOMÍ PILOT, AS WELL AS_x000D_ FORCE FEEDBACK NA JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEO budou k dispozici pro VISUALISATION POUŽÍVÁNÍ VIRTUÁLNÍ REALITY HEADSET, tento POST-MISSION PANORAMICKÝ ROLE V SCIENCE_x000D_ OUTREACH for GENERAL PUBLIC. (Czech)
4 August 2022
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OKEĀNIEM IR LIELA NOZĪME MŪSU PLANĒTĀ. Viņi regulē EARTH’S CLIMATE UN SUPPLY LIVING UN NON-LIVING RESOURCES, BEING A MAJOR_x000D_ SOURCE of FOOD UN MANY RAW MATERIALS. Un ALTHOUGH THEY COVER OVER 70 % no EARTH’SURFACE, WE KNOW VERY LITTLE ABOUT THIS VAST AREA_x000D_ mūsu PLANET. ZEMŪDENS IZPĒTE IR BŪTISKA, LAI UZLABOTU MŪSU ZINĀŠANAS PAR OKEĀNU. Izpētes HELPS, lai nodrošinātu to, ka OCEAN_x000D_ RESOURCES ir WELL MANAGED, un, lai nodrošinātu, ka tas būs jāprasa, lai FUTURE ĢENERĀCIJAS ENJOY. Tomēr OCEANS ARE A HOSTILE_x000D_ ENVIRONMENT FOR HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Nav VIENOJUŠANAS UN INCREASING PRESSURE_x000D_ MAKE OCEAN A DANGEROUS PLACE FOR HUMANS TO OPERATE. Tāpēc, SEA EXPLORATION, BEYOND CAPACITY OF HUMAN DIVERS, pieprasījumi THE_x000D_ LIETOŠANAS UNDERWATER VEHICLES._x000D_ _x000D_ ŠIS PROJEKTS, WE CONTINUE OUR PREVIOUS WORK IN A RADICALLY NOVEL PARADIGM FOR OCEAN EXPLORATION THROUGH The DEVELOPMENT of AN INTELLIGENT_x000D_ UNDERWATER ROBOT. Jaunākā PROGRESS INFORMĀCIJA TECHNOLOGY FIELD HAS OPENED COMPELLING ALTERNATIVES TRADITIONAL METHODS OF_x000D_ EXPLORATION. Mūsu PREVIOUS PROJECT WE SUCCESSFULLY CONVERTED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV) PROMISING RESULTS OBTAINED SO FAR GUIDE US TOWARDS PURSUING THE SAME GOALS BUT IMPROVING_x000D_ ROBOT’S SPATIAL AWARENESS, PROVIDING FULLY-IMMERSIVE teleklātbūtne Izpēte ZINĀTĀJIEM, kas vada EXPLORATION. Pirmkārt, NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS DEVELOPMENT, TOGETHER AR SENSOR FUSION TECHNIQUES, KAS BŪS VAIRĀK VAIRĀK no ITS vides un POSSIBLE OBSTACLES/HAZARDS, _x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS UN ENSURING ITS SAFETY WHILE BEING teleoperated BY UNSKILLED PILOT (E.G., BY SCIENTIST THAT IS_x000D_ EXPLORING THE OCEAN FLOOR). TAS PRASA SPĒJU VEIDOT 3D KARTES VIDES REĀLAJĀ LAIKĀ. Mēs BŪS PIEDĀVĀJUMS THIS GOAL BY EQUIPPING_x000D_ ROBOT ar divu OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ Otrkārt, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES LAST TWO YEARS, DRIVEN BY THE ENTERTAINMENT UN GAME INDUSTRIES._x000D_ TU SYSTEMS ALLOW THE OBSERVERCE THE VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENTS UN FEEL IMMERSED in A SIMULATED_x000D_ ENVIRONMENT. Mūsu PIETEIKUMĀ, OMNIDIRECTIONAL CAMERAS WILL PROVIDE DATU, lai uzlabotu IMMERSĪVAS panorāmām izpētīta AREA IN_x000D_ REAL LAIKS, ALLOW THE SCIENTIST TO EXPLORE THE SEAFLOORU LIETOŠANAS VIRTUAL REALITY HEADSET, WHILE SAFELY DRIVING ROBOT AR HAPTIC JOYSTICK._x000D_ _x000D_ TECHNOLOĢIJAS DEVELOPED ar šo PROJEKTS BŪS IESTĀDES AUTOMATISKĀS DETECTION OBSTACLES UN COLLISION AVOIDANCE DURING NAVIGATION_x000D_ no ROBOT, ALLOWING (PILOTA) ZINĀŠANAS ZINĀŠANAS PAR PĒC UN BEZMAKSAS NAVIGĀTS uz pārblīvēta VAI HIGH-3D RELIEF AR PAR DARBA DARBA PAR SAFETY_x000D_ VEHICLE. Kad ROBOT DETECTIES, ka tas ir teleoperated TOO CLOSE DANGEROUS FEATURE of the SEAFLOOR (E.G. VAI VAI VAI VAI THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM WILL OVERRIDE KOMANDS of the PILOT UN WILL PROVIDE A VISUAL FEEDBACK ON THE HEADSET of the PILOT, AS WELL AS_x000D_ FORCE FEEDBACK PAR JOYSTICK._x000D_ _x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS BŪS PIEGĀDES VISUALISATION, izmantojot VIRTUAL REALITY HEADSET, THUS PLAYING A KEY ROLE SCIENCE_x000D_ OUTREACH GENERAL PUBLIC. (Latvian)
4 August 2022
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TÁ RÓL LÁRNACH AG NA HAIGÉIN AR ÁR BPLÁINÉAD. Cláraíonn siad CLIMATE EARTHÁLA AGUS LÁITHREÁN NÁISIÚNTA, BEING MAJOR_x000D_ AN CEATHRÚ BIA AGUS MATERIALS RAW. Agus ALTHOUGH AN TÁIRGE AN 70 % de SURFACE EARTH’S, An bhfuil an chuid is mó den EARTH’S LITTLE mar gheall ar an AREA_x000D_ AN CEATHRÚ. TÁ TAISCÉALAÍOCHT FAOI UISCE RÍTHÁBHACHTACH CHUN ÁR N-EOLAS AR AN AIGÉAN A FHEABHSÚ. Is éard atá i gceist le taiscéalaíocht go n-éireodh leis OCEAN_x000D_ a dhéanann bainistíocht mhaith, agus go n-éireoidh leis sin go ndéanfar an t-iarratas sin a athnuachan le haghaidh gníomhachtaí chun éigniú. Mar sin féin, tá OCEANS A BHEITH HOSTILE_x000D_ ENVIRONMENT FOR HUMAN BEINGS, MAKING EXPLORATION OCEAN, go sonrach ag GNÍOMHAÍOCHTAÍ. Neamhláithreacht SOLAS AGUS INCREASING PRESSURE_x000D_ A DHÉANAMH AR AN LÁITHREÁN A DHÉANAMH LE hAGHAIDH HUMATE. Dá bhrí sin, SEIRBHÍSÍ, BEYOND_ _x000D_ _x000D_ sa chomhadlann sin, tá feidhm aige maidir le hObair Neamhdhleathacha._x000D_ _x000D_ _x000D_ sa chlár oibre atá ar bun ag an gCoimisiún i bParóiste Áirithinte NÓSÁIDEACHA A DHÉANAMH D’Fhorbairt Forbartha an Aonaigh _x000D_D_OCHTÚDAR. Tugtar aitheantas le déanaí san fhaisnéis TECHNOLOGY FIELD ATHBHREITHNIÚ TÁSCRÍBHINNÍ LE hAGHAIDH LE hAGHAIDH TREOIR LE TREORACHA OILIÚLACHA OF _x000D_ EXPLORATION. Faoi CHEARTA 29 I gCOMHAIRLE AN CHOMHAIRLE AN AONTAIS EIRONA500 AONTAITHE ROBOT (AUV) INTO A_x000D_HYBRID RÓBOT RÉIGIÚNACH (HROV). Is éard atá i gceist leis na sainchuspóirí a bhaineann leis an scéim seo ná taithí a thabhairt do na saineolaithe a thugann cuairt ar na sainchomhairleoirí._x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ _x000D_ sa tslí sin a chuireann leis an dul chun cinn atá déanta ag an mBord. Ar an gcéad dul síos, forbairt STEREO_x000D & amp; apos; omnidirectional STEREO_x000D_SLGORITHMS, go dtí go mbainfidh SENSOR FUSION TEICNIÚIL, a chur chun cinn,_x000D_Buiséadú Neamhoilte agus Feabhsú ATHBHREITHNIÚ A DHÉANAMH AR AN PILOT neamhoilte (E.G., A DHÉANAMH IS_x000D_SOLÁTHAR AN FLOOR OCEAN). ÉILÍONN SÉ SEO AN CUMAS A THÓGÁIL LÉARSCÁILEANNA 3D DEN TIMPEALLACHT I BHFÍOR-AM. Táimid ag súil go mór leis sin a bheith ag brath ar na buntáistí a bhaineann le SYSTEMS._x000D_x000D_ _x000D_ _x000D_ _x000D_ go héasca, rud a fhágann go bhfuil sé tábhachtach go n-éireoidh sé go mór le gach duine. _x000D_SCEOLADH AN CEATHRÚ NA RÉIGIÚNACH AR AN RIALACHÁN AGUS ÓN gCOMHAIRLE LE hAGHAIDH TREOIR LE hAGHAIDH RIALACHÁN AGUS LE hAGHAIDH RIALACHÁN NA hEORPA AGUS ÓN gCOMHPHOBAL ATHBHREITHNIÚ AGUS COMHAIRLE AN AONTAIS EORPAIGH. In iarratas CEATHRÚ, ba cheart do na CAMERAS uilethreocha an t-iarratas a dhéanamh chun an t-am ar fad a chur ar aghaidh chuig an Limistéar Sroichte IN_x000D_ A BHAINEANN LEIS SEO, ag ceadú an tseoltóra chun an SEAFLOOR a úsáid chun leas a bhaint as sláinte an linbh, le Díobháil Shóivéadach le JOYICK._x000D_ _x000D_ _x000D_ an TECHNOLOGY a thugtar leis an Treoir seo, ag LEIS AN SLÁINTE (PILOT) chun NAVIGATE EORPACH agus SAOR IN AISCE i limistéir atá cluttered nó HIGH-3D a choinneáil amach as sábháilteacht_x000D_ na Veinéil. Nuair a bheidh na DETECÍ ROBOT á dteilea-oibriú go dtí deireadh an tSéipéil (E.G. Láithreach nó EVEN AN_x000D_ SEAFLOOR), go n-athróidh an CÓRAS RIALÚ TÁIRGEADAIS COMHPHOBAL an Píobáin agus an Bhainimh ar Éagumas VIS ar Shliabh an Phailig, _x000D_ FORCE FEIDHMIÚCHÁIN AR AN JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION FÉIDIR LE hAGHAIDH SEIRBHÍSÍ PHOIRCE_x000D_ GAELSCOILEANNA A DHÉANAMH LE hAGHAIDH RIALACHÁN AR LEANAS AR AN RIALACHÁN EORPACH i SCIENCE_x000D_ OUTREACH DO phoiblí GINEARÁLTA. (Irish)
4 August 2022
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OCEANI IGRAJO KLJUČNO VLOGO NA NAŠEM PLANETU. Obvladujejo EARTHE KLIMATE IN SUPPLY LIVING IN NELIVING RESOURCES, KRALJESTVO_x000D_ VOD IN MANY RAW MATERIALS. In ALTHOUGH THE COVER OVER 70 % EARTHE SURFACE, ZELO ZELO NAJBOLJŠE NAJBOLJŠE NAŠE AREA_x000D_Našega PLANETA. PODVODNO RAZISKOVANJE JE BISTVENO ZA IZBOLJŠANJE NAŠEGA ZNANJA O OCEANU. Iskanje HELPS ZA UPORABO, da OCEAN_x000D_ RESOURCES, ki so bili pripravljeni, in da bi se prepričali, da se bodo pripravljali za FUTURE GENERATIONs za ENJOY. Vendar pa OCEANS ARE HOSTILE_x000D_ OKOLJE ZA ČLANICE, MAKING OCEAN EXPLORATION DIFFICULT, POSEBNO NA GREATER DEPTHS. Odsotnost LIGHT IN INCREASING PRESSURE_x000D_ UPOŠTEVAJO OCEANJA DANGEROUS PLACE ZA LJUDI, da se odprejo. Zato, SEA EXPLORATION, BEYOND THE CAPACITY of HUMAN DIVERS, se ZAHTEVA_x000D_ UPORABA ZDRAVLJENJA NOVEČNIH VEHICLES._x000D_ _x000D_ V TEM PROJEKTI V NAŠI PREVIOUS WORK V RADICALNO NOVELNO PARADIGM ZA OCEAN EXPLORATION THROUGH DEVOJNOSTNIH_x000D_ UNDERWATER ROBOT. Novejši PROGRESS V INFORMACIJE TEHNOLOGIJI FIELD JE ODLOČEN V ZDRUŽENJIH ALTERNATIV IN TRADICIJSKE METODE_x000D_ IZVAJANJE. V NAŠI PREVIOUS PROJEKT WE IUCCESSFULLY CONVERTED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). PROMISING RESULTS OBTAINED SO FAR VODNIK US TOWARDS PURSING GOALS BOALS AMPROVING_x000D_ ROBOT’s SPATIAL AWARENESS, PROVIDING-IMMERSIVE Telepresence EXPERIENCE ZA SCIENTISTI, ki vodijo IZKLORATION._x000D_ _x000D_ V THIS PROJEKT V TIŠNIH PROJEKTU V STEP FORWARD IN TWO MAIN DIRECTION. Prvič, razvoj NOVEL REAL-TIME OMNIDIREKCIJSKI STEREO_x000D_ ALGORITHMS, TOGETHER s SENSORNIH TEHNIKUJIH, ki bodo vodili ROBOT VEČ PODROČJA IN POŠTIČNIH OBSTAKOV/HAZARDOV,_x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONS IN ENSURING ITS SAFETY WHILE BEING BYING THE UNSKILLED PILOT (E.G., BY ACIENTIST TO IS_x000D_ EXPLOR OCEAN FLOOR). TO ZAHTEVA SPOSOBNOST IZDELAVE 3D ZEMLJEVIDOV OKOLJA V REALNEM ČASU. Mi bomo UPOŠTEVAJO, da GOAL BY EQUIPPING_x000D_ ROBOT Z DRUŽBA OMNIDIREKCIJSKE CAMERA SYSTEMS._x000D_ _x000D_ drugič, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES V LAST TWO Leta, Z ZDRAVILOM IN INDUSTRIJIJO INDUSTRIJIJO._x000D_ Tisti sistemi, ki so VSE ODLOČENI, da IZKLJUČENO PODROČJE VIRTUALNIH PODJETJIH PODJETJIH MOVEMENTOV IN IME IMMERSED V SIMULATED_x000D_ OKOLJE. V NAŠI PODATKI, OMNIDIREKCIJSKE KAMERIJE PODROČJE PODATKOV V IMMERSIVE panoramah raziskane AREA IN_x000D_ REAL TIME, VSEČNI SCIENTIST, da se IZVEZNO UPOŠTEVAJO VIRTUALNO REALITY HEADSET, kako bi se lahko spoprijeli s HAPTIČNIOM JOYSTICKom._x000D_ _x000D_ TEHNOLOGIJSKA DEVELOPIJA, ki je bila razvita s tem, da bo ta PROJEKT ENABELIL AUTOMATIC DETECTION OF OBSTACLES IN KOLLISION AVOIDANCE Z NAVIGATION_x000D_ ROBOTOM, IZKLJUČENO (PILOT) SCIENTIST, ki bo navduševal in se prosto navduševal v neredu, ali HIGH-3D RELIEF AREAS BREZ BREZ PODJETJA VARNOSTI_x000D_ VEHICLE. Ko se ROBOT loti, da bi se teleoperiral TOO CLOSE V DANGEROUS FEATURE SEAFLOOR (E.G. A ALI EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM VELIKO OBJETI Komande PILOT IN VELIKO IZKLJUČENE PRIPRAVLJENJE NA SVETU PILOTA, AS WELL AS_x000D_ FORCE FEEDBACK na JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS, ki bi morali biti na voljo za VISUALISACIJO UPORABO VIRTUALNEGA REALITY HEADSET, TAKOJ ZA TIPKO V SCIENCE_x000D_ OUTREACH ZA GENERALNO PUBLICO. (Slovenian)
4 August 2022
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ОКЕАНИТЕ ИГРАЯТ КЛЮЧОВА РОЛЯ НА НАШАТА ПЛАНЕТА. Те РЕГЛАМЕНТ РЕГИОНАЛНИТЕ КЛИМАТИ НА ЕАРТА И ДОСТАВЧИКА НА ЖИВОТНИТЕ И НА ЖИВОТНИ ВЪПРОСИ, БЕЗ МАТЕРИАЛИ НА ХРАНИТЕ И МЯСТО. И АЛТУГИРАНЕ НА 70 % от Сърфаса на EARTH, ние знаем много добре за този VAST AREA_x000D_ на нашия планет. ПОДВОДНИТЕ ПРОУЧВАНИЯ СА ОТ ОСНОВНО ЗНАЧЕНИЕ ЗА ПОДОБРЯВАНЕ НА ПОЗНАНИЯТА НИ ЗА ОКЕАНА. Изследователските опашки, за да се гарантира, че OCEAN_x000D_ RESOURCES са напълно обезпаразитени, и да се уверят, че те ще бъдат представени за бъдещи генерации, за да се съпровождат. Въпреки това, OCEANS A HOSTILE_x000D_ ENVIRONMENT for Human BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, СПЕЦИАЛНО В GREATER DEPTHS. Липса на светлина и неповторима PRESSURE_x000D_ MAKE OCEAN A DANGEROUS PLACE за ЧОВЕКА НА ОПЕРАТИВАТА. Поради това, SEA EXPLORATION, BEYOND THE CAPACITY OF HUMAN DIVERS, REQUIRES THE_x000D_ USE OF UNDERWATER VEHICLES._x000D_ _x000D_ _x000D_ В този проект, който се занимаваше с нашите ПРЕВОДИЛИ В РАДИКАЛИЧЕН НОВЕН ПАРАДИГМ за OCEAN EXPLORATION THROUGH СЪВЕТЪТ НА ИНТЕЛИГЕНТ_x000D_ UNDERWATER ROBOT. Последната ПРОГРАМА В ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН ТЕХНОЛОГИИ НА ИНФОРМАЦИОНЕН В нашия ПРЕВОЗЕН ПРОЕКТ НА СУКЕСФЛИЯ КОНТЕРТИРАНЕ НА НЕРЕТИВЕН ГИРОНА500 АВТОНОМУС РОБОТ (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). ПРЕДСТАВИТЕЛЯТ РЕЗУЛТАТИ ЕДИНСТВЯВАНЕ НА НАСТОЯЩОТО ИЗПОЛЗВАНЕ НА ПРЕДСТАВИТЕЛИТЕ НА ПРОИЗВОДСТВОТО НА ПРОИЗВОДСТВОТО НА ПРОИЗВОДСТВОТО НА РАБОТНОТО ИЗПЪЛНЕНИЕ НА РОБОТНИТЕ ИЗПЪЛНИТЕЛНИ ИЗПЪЛНИТЕЛНИ ИЗПЪЛНИТЕЛНИТЕ ВЪЗЛОЖЕНИЯ НА ПЪТНОТО ПРЕДСТАВЯНЕ НА ПРЕДСТАВИТЕЛЯНЕТО НА ТОВА НА ИЗВЪНИТЕЛИТЕ НА ИЗВЪНИТЕЛЯНЕТО НА ИЗВЪНИТЕЛЯНЕТО НА ИЗЛОЖИТЕЛНОТО НА ПРЕДСЛЕДНОСТТА НА ПЪТОВЕТОТО ИЗВЪРЖЕЖДАВАНЕТО НА ПРАВЪРЖАВАНЕТО НА ПРЕДВЕЖДАНЕТО НА ПРЕВОДАВАНЕТО НА ПРЕВОДАВАНЕТО НА ПРЕДВАВАНЕТО НА ИЗРАЗВАНЕТО НА ИЗРАЗВАНЕТО НА ИЗВЪРЧАВАНЕТО НА ПОЛЕВАНЕТО НА ПРЕДВЪРЗВАНЕТО НА ПОЛЕЖЕЖЕНОТО ИЗПРАТИВАНЕ НА ПОЛЕЖЕЖЕТО НА РАЗВОЖИТЕЛЯВАНЕТО НА РАЗВОМЯЛЯВАНЕТО НА РАЗЕМЯМАНЕТО НА РАЗРАМЯОТО ИЗПОЛЗВАНЕ НА ПОЛЕЯТИТЕ ВЪВЕТОЯОБЕЯВЕЕЕ ИЗПОЛОВЕНОТО НА РОБОТЪЛНИТЕЛНИТЕ ВЪЗРАЖЕ ИЗПЪЛНИТЕЛНИТЕЛНИТЕ ВРАТИКИ НА РАЗМЯНИТЕЛЯ Първо, Разработването на нови реални ТЕХНИЧЕСКИ Стерео_x000D_ ALGORITHMS, ЗАДЪЛЖИТЕЛНО С СЕНСОРНИ ФУСИОННИ ТЕХНИКУИ, които ще направят РОБОТ ПОВЕЧЕ ОТНОСНО ОКОЛНИТЕ СРЕДСТВА И ПОДОВЕРИТЕЛНИ СТАБАРТИ/ХАЗАРДС, _x000D_ АВТОМАТИЧНИ ВЪПРОСИ И ОБРАЗОВАНИЕТО НА СЪСТОЯНИЕТО НА СЪСТОЯНИЕТО НА СЪСТОЯНИЕТО НА РЕЗЕРВИРАНЕТО, БЕЗПЛАТНОТО, което се телепортира от безразсъден пилот (E.G., чрез НАЦИОНАЛНОТО, което е ИЗИСКВАНЕ НА ИЗИСКВАНЕТО НА НОВИНИ). ТОВА ИЗИСКВА ВЪЗМОЖНОСТ ЗА ИЗГРАЖДАНЕ НА 3D КАРТИ НА ОКОЛНАТА СРЕДА В РЕАЛНО ВРЕМЕ. Ние ще съберем тези голове от EQUIPPING_x000D_ на ROBOT с два OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ на второ място, IMMERSIVE SYSTEMS са направили СИГНИФИКАЦИИ в най-малките два години, DRIVEN by the ENTERTAINMENT AND GAME INDUSTRIES._x000D_ THESE SYSTEMS ALLOW THE OBSERVER TO EXPERIENCE VIRTUAL ENVIRONMENT THROUGH HEAD MOVEMENTS И FEEL IMMERSED В SIMULATED_x000D_ ENVIRONMENT. В НАШИТЕ АПЛИКАЦИИ, ОМНИДИРЕКТУЦИОНАЛНИТЕ КАМЕРИРАНЕ НА НАСТОЯЩОТО ПРЕДСТАВЯНЕ НА ИЗИСКВАНЕТО НА ИЗРАЗЯВАНЕТО НА ИЗРАЗЯВАНЕТО НА ПРОИЗВОДСТВОТО НА ИЗИСКВАНЕТО НА ВИРТУАЛНА ИСАЛНОСТ, докато търпяха робота с хаптик._x000D_ _x000D__x000D__x000D_ ТЕХНОЛОГИЯта, разработена с този проект, който ще съхрани аутоматическата диекция на обектите и колизионната аВОИДА, изпълняваща NAVIGATION_x000D_ на робота, СЪЩОТО (PILOT) SCIENTIST да EASILY И FREELY NAVIGATE в затрупани или HIGH-3D RELIEF AREAS без работа за SAFETY_x000D_ на VEHICLE. Когато ROBOT DETECECTS, че той е телеуправляван TOO CLOSE към DANGEROUS FEATURE на SEAFLOOR (E.G. WALL OR EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM ще обърне вниманието на Комисията на пилота и ще осигури визуална фидбак на корпуса на пилота, тъй като WELL AS_x000D_ FORCE FEEDBACK ON THE JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS ще бъде незабелязано за визуализация на използването на ВИРТУАЛНА ИСАЛНОСТ HEADSET, ВЪЗЛОЖЕНИЕ НА КЛАВИЗИЯТА В SCIENCE_x000D_OUTREACH for GENERAL PUBLIC. (Bulgarian)
4 August 2022
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L-OĊEANI GĦANDHOM RWOL EWLIENI FUQ IL-PJANETA TAGĦNA. Huma REGULATE L-EARTH’S CLIMATE U SUPPLY LIVING U RIŻORSI MHUX LIVING, BEING A MAJOR_x000D_ SOURZA TA ‘IKEL U MATERIALS RAW MATERIALS. U ALTHOUGH COVER OVER 70 % TAL-EARTH’S SURFACE, WE GĦANDU VERY LITTLE ABOUT DIN IL-VAST AREA_x000D_ OF OUR PLANET. L-ESPLORAZZJONI TAĦT L-ILMA HIJA FUNDAMENTALI BIEX INTEJBU L-GĦARFIEN TAGĦNA DWAR L-OĊEAN. HELPS Esplorazzjoni biex jiżguraw li OCEAN_x000D_ RESOURCES GĦANDHOM MANAGED, U biex IĦEĠĠEĠ LI GĦANDHOM JIEĦDU LILLI BE PRESERVED GĦAL ĠENERAZZJONI FUTURA GĦANDHOM. Madankollu, OCEANS A HOSTILE_x000D_ AMBJENT GĦALL-BNIEDEM UMANI, DIFFICULT TA’ ESPORAZZJONI TA’ L-OĊĊJAN, SPEĊJALI AT GREATER DEPTHS. Assenza ta ‘LIGHT U INCREASING PRESS_x000D_ GĦANDHOM IL-PLACE TA’ DANGEROUS GĦALL-BNIEDEM GĦANDU OPERATE. Għalhekk, ESPLORAZZJONI SEA, IL-KAPAĊITÀ TA’ DIVERS UMANIJA, RIŻIŻI THE_x000D_ UŻU TAL-VARTITÀ TAL-UNDERWATER._x000D_ _x000D_ F’dan il-PROJECT GĦANDHOM TIEGĦU KONT TA’ ĦIDMA PREVJUJU F’PARADIGM RADICALLY NOVEL GĦALL-ESPORAZZJONI OĊĊAN TA’ L-IŻVILUPP TA’ INTELLIĠENT_x000D_ UNDERWATER ROBOT. Dan l-aħħar PROGRESS FIL-INFORMAZZJONI FIELD TEKNOLOĠIJA HAS OPENED COMPELLING ALTERNATIVES GĦALL-METHODS TRADIZZJONALI OF_x000D_ EXPLORATION. Fil-PROJECT PREVJURI GĦANDHOM JIKKUNSIDRAW IL-GIRONA500 AUTONOMOUS UNTERWATER RUBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERAT (HROV). Ir-RIŻULTATI PROMISENTI GĦANDHOM JIKKUNSIDRAW DWAR IL-GRAFIĊI TA’ L-ISEM IL-GOALS IMPROVAZZJONI_x000D_ L-AWRENESS SPATIJIET TA’ ROBOT’S, PROVIDAZZJONI _x000D_ _x000D_ Fl-ESPERĊJENZA TA’ SENZJENZA MILL-ISTATI GĦALL-ISTRUZZAZZJONI _x000D_ _x000D_ FIL ID-DINJA. L-ewwel nett, L-IŻVILUPP TA’ STEREO_x000D_ ALGORITHMS OMNIDIRETTIONALI TA’ SENSOR TA’ SENSOR FUSION TEKNIJIET, LI GĦANDHOM JAGĦMEL L-AWARE TAL-AMBOT TAL-AMBJENT TAN-NEGOZJU U OBSTACLES/HAZARDS POSSIBLI,_x000D_ AUTOMATICALLY AVOIDING SITUZZJONIJIET SOĊJONALI U JĦEĠĠEĠ SAFETY WHILE TIEGĦU TIEGĦU teleoperati BY AN UNSKILLED PILOT (EG, BY KIENTISTA LI IS_x000D_ EXPLORING IL FLOOR OĊEAN). DAN JEĦTIEĠ L-ABBILTÀ LI JINBNEW MAPEP 3D TAL-AMBJENT F’ĦIN REALI. Aħna GĦANDHOM GOAL BY EQUIPPING_x000D_ IL-ROBOT WITH TWO AMERA OMNIDIRETTIONALI SYSTEMS._x000D_ _x000D_ _x000D_ it-tieni, IMMERSIVE SYSTEMs HAVE MADE SIGNIFICANT ADVANCES F’LAST TWO YEARS, DRIVEN L-INDUSTRIJIET DRIVENTI U L-INDUSTRIJIET GAME._x000D_ TAS-SISTEMA KOLLHA KOLLHA GĦANDHOM KOLLHA GĦANDHA ESPOĠĠENZA L-AMBJENT VIRTUĦ TAL-MOVEMENTI U L-IMPOŻIŻI TAL-FEEL F’AMBJONI_x000D_ Vantaġġ. Fl-APPLIKAZZJONI OUR, L-OMNIDIRETTIONALI CAMERAS WILL PROVIDE DATA LI BUILD IMMERSIVE panoramas TAL-QASAM esplorat IN_x000D_ ĦIN REALITÀ, KOLLHA IL-KSIENTIST LI JISSOTTOLINJA L-użu tas-SEAFLOOR A HEADSET TA’ REALITÀ VIRTUJALI, B’SOFELJAMENT TAGĦHOM JOYSTIC._x000D_ _x000D_ _x000D_ D_ _x000D_ L-EWWEL DEVELOPjat TEKNOLOĠIJA MAGĦHOM LI GĦANDHOM JIEĦDU D-DETKEZZJONI AWTOMATIKA ta’ l-OBSTACLES U TAL-KOLLISJONI AVOIDANCE TĦUR in-NAVIGATION_x000D_ TAL-ROBOT, ALLOWING L-(PILOTI) KIENTIST GĦALL-EASILY U NAVIGATE F’diffikultà jew GĦOLJA RELIEF GĦOLJA-3D FAŻI MINGĦAJR WORRY FL-SAFETY_x000D_ TAL-VETTURA. Meta d-DETETTIĊJI TAR-ROBOT LI JIEĦDU TIEGĦU teleoperati TOO CLOSE GĦALL-FEATURA DANGEROUS TAL-SEAFLOOR (E.G. A WALL JEW EVEN THE_x000D_ SEAFLOOR), SISTEMA KONTROLLI LI GĦANDHA OVERRIDE L-KOMMANI TAL-PILOT U JAGĦRAF FEEDBACK VISUAL FUQ L-HEADSET TAL-PILOT, kif WELL AS_x000D_ FORCE FEEDBACK FUQ IL-JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS JIEGĦU AVAILABLE GĦAL-VATTIVA TA’ VISUAŻJONI GĦAR-REALITÀ VIRTOLU, LI GĦANDU JITLOB BIL-KAXXA FIL-IKEL_x000D_ OUTREACH GĦAL PUBBLIK ĠENERALI. (Maltese)
4 August 2022
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Os OCEANOS jogam um papel-chave no nosso planeta. REGULAM OS RECURSOS CLIMÁTICOS E OS RECURSOS VIVOS E NÃO VIVOS DA TERRA, QUE SÃO UMA MAIOR FONTE DE ALIMENTOS E MUITOS MATERIAIS BRUTOS. E apesar de cobrirem mais de 70% da superfície da Terra, sabemos muito pouco sobre esta vasta área do nosso planeta. A exploração submarina é fundamental para melhorar o nosso conhecimento do oceano. A EXPLORAÇÃO SE AJUDA A GARANTIR QUE OS RECURSOS OCEAN_x000D_ SÃO BEM GERIDOS, E A GARANTIR QUE SERÃO CONSERVADOS PARA FUTURAS GERAÇÕES DE FUNCIONAMENTO. No entanto, os oceanos são um ambiente HOSTILE_x000D_ para seres humanos, tornando a exploração oceânica difícil, especialmente em melhores condições. AUSÊNCIA DE LUZ E AUMENTO DA PRESSÃO_x000D_ FAZER DO OCEANO UM LOCAL PERIGOSO PARA OS HUMANOS OPERARem. A EXPLORAÇÃO MARÍTIMA, PARA ALÉM DA CAPACIDADE DOS DIVERSOS HUMANOS, REQUERE A_x000D_ UTILIZAÇÃO DE VEÍCULOS SOB A ÁGUA._x000D_ _x000D_ NESTE PROJECTO CONTINUAMOS OS NOSSOS TRABALHOS ANTERIORES NUM PARADIGO RADICAMENTE NOVEL PARA A EXPLORAÇÃO OCEANA ATRAVÉS DO DESENVOLVIMENTO DE UM ROBOTO SOB A ÁGUA INTELIGENTE_x000D_. OS PROGRESSOS RECENTES NO DOMÍNIO DA TECNOLOGIA DA INFORMAÇÃO ABERTARAM A COMPELLING ALTERNATIVES TO TRADITIONAL METHODS OF_x000D_ EXPLORATION. NOSSO PROJECTO ANTERIORMENTE CONVERTEMOS COM SUCESSO O ROBOTO UNETHERED GIRONA500 AUTONOMOUS SUBWATER (AUV) EM A_x000D_ ROBOTO HÍBRIDO OPERADO À DISTÂNCIA (HROV). Os resultados promissórios obtidos orientam-nos, portanto, para a prossecução dos mesmos objectivos, mas melhorando_x000D_ a consciência espacial do ROBOT, proporcionando uma experiência de telepresença totalmente imersiva aos cientistas que conduzem a exploração._x000D_ _x000D_ Neste sentido, este projecto tomará um passo em frente em duas directivas principais. PRIMEIRO, O DESENVOLVIMENTO DE STEREO_x000D_ALGORITHMS NOVEL OMNIDIRECCIONAIS EM TEMPO REAL, EM CONJUNTO COM TÉCNICAS DE FUSÃO DO SENSOR, QUE CONFIRMARÃO MAIS O SEU AMBIENTE E POSSÍVEIS OBSTACLES/HAZARDS,_x000D_ EVITAR AUTOMATICAMENTE AS SUAS SITUAÇÕES E GARANTIR A SUA SEGURANÇA SENDO TELEOPERADA POR UM PILOTO NÃO PERMITIDO (E.G., POR UM CIENTISTA QUE É_x000D_ EXPLORAR O PAVOR OCEAN). Isto requer a capacidade de construir mapas 3D do ambiente em tempo real. EQUIPAMENTO_x000D_ O ROBOT COM DOIS SISTEMAS DE CÂMARA OMNIDIRECCIONAIS._x000D_ _x000D_ SEGUNDO, OS SISTEMAS IMMERSIVOS FAZEM ADVANCES SIGNIFICATIVOS NOS ÚLTIMOS DOIS ANOS, CONDUZIDOS PELAS INDÚSTRIAS DO ENTERTAINAMENTO E DO JOGO._x000D_ Estes SISTEMAS PERMITEM AO OBSERVADOR EXPERIAR O AMBIENTE VIRTUAL ATRAVÉS DOS MOVIMENTOS DE CABEÇA E SENSOS IMMERSIDOS NUM AMBIENTE SIMULADO_x000D_. EM NOSSA APLICAÇÃO, AS CAMERAS OMNIDIRECCIONAIS FORNECERÃO OS DADOS PARA CONSTRUIR PANORAMAS IMERSIVOS DA ÁREA EXPLORADA IN_x000D_ TEMPO REAL, PERMITINDO AO CIENTISTA EXPLORAR O PAINEL COM UMA CABEÇA DE REALIDADE VIRTUAL, CONDUZINDO SEGURANÇAMENTE A ROBOT COM UM JOYSTICK HÁPTICO._x000D_ _x000D_ A TECNOLOGIA DESENVOLVIDA NO ÂMBITO DESENVOLVIDA NO ÂMBITO DESENVOLVIDA PERMITIRÁ A DETEÇÃO AUTOMÁTICA DOS OBSTACLES E A EVOLUSÃO DA COLISÃO DURANTE A NAVEGAÇÃO_x000D_ DA ROBOT, PERMITENDENDENDENDENDO AO OS (PILOT) SCIENTISTA DE NAVEGAR DE FORMA FÁVIDA E LIVIDADE EM CLUTADA OU AO 3 D ZONAS DE FIXAÇÃO SEM PREOCUPAÇÃO COM A SEGURANÇA_x000D_ DO VEÍCULO. Quando a torre deteta que está a ser teleoperada demasiado perto de uma característica perigosa do piso do mar (por exemplo, uma parede ou mesmo o piso do mar), o seu sistema de controlo ultrapassará os comandos do PILOT e fornecerá um apoio visual no cabeçote do PILOT, bem como um apoio de força no JOYSTICK.x000D_ _x000D_ FINALMENTE, VÍDEOS PANORAMICOS DE PÓS-MISSÃO ESTÃO DISPONÍVEIS PARA A VISUALIZAÇÃO UTILIZANDO UM CABEÇO DE REALIDADE VIRTUAL, pondo assim em marcha um KEY ROLE EM SCIENCE_x000D_UTREACH para o público em geral. (Portuguese)
4 August 2022
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HAVENE SPILLER EN CENTRAL ROLLE PÅ VORES PLANET. De REGULERER EARTH'S CLIMATE OG SUPPLY LIVING OG NON-LIVING RESOURCES, Bliver A MAJOR_x000D_ SOURCE OF FOOD and MANY RATERIALS. Og alt i alt 70 % af EARTH's SURFACE, Vi ved, at der er meget, der gør det muligt for os at finde ud af, hvad der er sket. UNDERSØISKE UDFORSKNING ER AFGØRENDE FOR AT FORBEDRE VORES VIDEN OM HAVET. Udforskning HELPSER TIL ENSURE, at OCEAN_x000D_ RESOURCES er MANAGED, og at de vil blive præsenteret for FUTURE GENERATIONER TIL ENJOY. Men OCEANS er en HOSTILE_x000D_ Miljø for HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Fravær AF LIGHT OG INCREASING PRESSURE_x000D_ Gør den OCEAN en DANGEROUS PLACE FOR MENNESKER TIL OPERATE. Derfor, SEA EXPLORATION, BEYOND THE CAPACITY of HUMAN DIVERS, REQUIRES THE_x000D_ BRUG AF UNDERWATER VEHICLES._x000D_ _x000D_ _x000D_ I DEN DENNE PROJEKT VEDTAGET VEDTAGET af vores kunder i en RADICALLY NOVEL PARADIGM til OCEAN EXPLORATION TJENESTING AF EN INTELLIGENT_x000D_ UNDERWATER ROBOT. Nylige fordele i de oplysninger, som TEKHNOLOGY FIELD har åbnet for kompensering af ALTERNATIVEs til TRADITIONAL METHODS OF_x000D_ EXPLORATION. I vores PREVIOUS PROJEKT VEDTAGET FØLGENDE GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID FEMOTELY OPERATED ROBOT (HROV). PROMISING RESULTATER SÅ FÆLLESSKABER UNDERSTREGER SAME GOALERNE, men IMPROVING_x000D_ ROBOT's SPATIAL AWARENESS, der giver en fuld og lille teletilstedeværelse til de SCIENTISTER, der leder EXPLORATIONEN._x000D_ _x000D_ _x000D_ I DENNE SENSE DENNE PROJEKTTER, der vil give et overblik over de vigtigste resultater. For det første: UDVIKLING AF NOVELLIGE REAL-TIME OMNIDIREKTIONAL STEREO_x000D_ ALGORITHMS, SAMARBEJDE MED SENSOR FØLGENDE TEKNIKTER, som vil gøre det muligt at skabe en mere omfattende information om miljø og sundhed, _x000D_ AUTOMATICALLY AVOIDING SUCH SITUATIONER OG STYRELSE ITS SAFETY WHILE Bliver teleopereret af en UNSKILLED PILOT (E.G., af en SCIENTIST THAT IS_x000D_ EXPLORING THE OCEAN FLOOR). DETTE KRÆVER EVNEN TIL AT BYGGE 3D-KORT OVER MILJØET I REALTID. Vi vil ACHIEVE DET DENNE GOAL AF EQUIPPING_x000D_ THE ROBOT MED TWO OMNIDIRECTIONAL CAMERA SYSTEMS._x000D_ _x000D_ for det andet, IMMERSIVE SYSTEMER er blevet indført i de seneste år, i henhold til artikel 4, stk. 1, litra a), i forordning (EØF) nr. 1408/71 skal der indføres en ordning, der skal sikre, at der ikke sker nogen form for forskelsbehandling. I vores ansøgning vil de OMNIDIREKTIONAL CAMERAS PROVIDET DATAEN TIL at bygge IMMERSIVE panoramaer af de udforskede AREA IN_x000D_ REAL TIME, ALLE SCIENTISTEN til at eksplodere den SEAFLOOR brug af en VIRTUAL REALITY HEADSET, som TEKNOLOGET MED HAPTIC JOYSTICK._x000D_ _x000D_ Den TEKNOLOGYDEDE MED DENNE PROJEKT, vil den AUTOMATISKE DETECTION af OBSTACLES og KOLLISIONSAVOIDANCE DUEN NAVIGATION_x000D_ AF NAVIGATION_x000D_ ALLOWING DEN (PILOT) SCIENTIST TIL TIDLIGHED OG GRATIS NAVIGATE I rodet eller HØJ-3D RELIEFER MED UDVÆRELSE AF SAFETY_x000D_ AF KØJEN. Når ROBOT DETECTS DETEKTER, at det er teledrift TOO KLOSE TIL en DANGEROUS FEATURE AF SEAFLOOR (E.G. A WALL ELLER EVEN THE_x000D_ SEAFLOOR), ITS CONTROL SYSTEM vil overvære de KOMMANDER AF PILOT og vil give en VISUAL FEEDBACK PILOTETET AS WELL AS_x000D_ FORCE FEEDBACK on the JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS vil være tilgængelige for VISUALISATION brug af en VIRTUAL REALITY HEADSET, THUS PLAYING en nøgle i SCIENCE_x000D_ OUTREACH TIL GENERAL PUBLIK. (Danish)
4 August 2022
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OCEANELE JOACĂ UN ROL-CHEIE PE PLANETA NOASTRĂ. Ei regrupează CLIMATUL EARTH și SUPPLY LIVING ȘI NON-LIVING RESOURCES, BEING O MAJOR_x000D_ SURCE DE FOOD ȘI MANY RAW MATERIALS. Și, cu toate acestea, peste 70 % din suprafața EARTH’s, știm foarte mult despre acest ultim plan_x000D_ din planul nostru. EXPLORAREA SUBACVATICĂ ESTE FUNDAMENTALĂ PENTRU ÎMBUNĂTĂȚIREA CUNOȘTINȚELOR NOASTRE DESPRE OCEAN. Explorarea se face pentru a se asigura că OCEAN_x000D_ RESURSEle au fost puse în balanță, și pentru a se asigura că vor fi preziși pentru a obține o serie de evenimente care să le permită să se bucure. Cu toate acestea, OCEANS sunt un HOSTILE_x000D_ ENVIRONMENT FOR UMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALY LA MREATER DEPTHS. Absența LIGHT ȘI INCREASING PRESSURE_x000D_ a face ca OCEAN un PLACE DANGEROUS pentru Umani să OPERATE. Prin urmare, EXPLORAREA SEA, ÎN CĂTRE CAPACITATEA DIVERSULUI UMAN, solicită UTILIZAREA_x000D_ UTILIZAREA VEHICLESLOR UNDERWATER._x000D_ _x000D_ _x000D_ în acest domeniu în care vom continua activitatea noastră într-o PARADIGIE DE NOVALĂ RADICALĂ PENTRU EXPLOZARE OCEANĂ ÎN DEZVOLTAREA unui INTELLIGENT_x000D_ UNDERWATER ROBOT. Rezultatele recente în domeniul tehnologiei informației au fost deschise ALTERNATIVELOR DE METOZIȚII TRADIȚIONALE DE_x000D_ EXPLORAȚIONARE. În PREVIOUS PROJECT WE SUCCESFULLY CONVERTATE UNTETHERED GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATE ROBOT (HROV). Rezultatele PROMISING OBTAINED SO FAR GUIDE US TOWARDS PURLELE SAU IMPROVING_x000D_The ROBOT’s SPATIAL AWARENESS, PROVIDING O FULLY-IMMERSIVE Experiența teleprezenței la SCIENTISTS LEADING EXPLORATION._x000D_ _x000D_ _x000D_ într-un astfel de proiect va avea un timp înainte în două directive. În primul rând, DEZVOLTAREA NOVELULUI REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, ÎMPREUNĂ CU TEHNICURILE SENSOR FUSION, CĂ va face ca ROBOT MAI MULT DE MUNCĂ DE MEDIU ȘI OBSTACLELE POSSIBLE/HAZARDE,_x000D_ AUTOMATICY AVOIDING SITUATIONS ȘI ENSURING ESTE SAFETY WHILE BEING teleoperated byY an UnSKILLED PILOT (E.G., Prin intermediul unui SCIENTIST CAT IS_x000D_ EXPLORING THE OCEAN FLOOR). ACEST LUCRU NECESITĂ CAPACITATEA DE A CONSTRUI HĂRȚI 3D ALE MEDIULUI ÎN TIMP REAL. O să ne ocupăm de această valoare de echivalare_x000D_ ROBOT cu două sisteme de CAMERA OMNIDIRECȚIONALĂ._x000D_ _x000D_ în al doilea rând, sistemele IMMERSIVE au avut efecte pozitive în ultimii doi ani, DRIVEN DE ENTERTAINȚE ȘI INDUSTRII GAME._x000D_aceste sisteme sunt menite să expună modul de acțiune al Comisiei VIRTUALE și să se manifeste într-un mediu SIMULATE_x000D_. În cererea noastră, CAMERELE OMNIDIRECȚIONALE vor proteja datele pentru panoramele IMMERSIVE ale AREA explorată IN_x000D_ TIME REAL, ALÂND SCIENTISTUL pentru a exmatricula SEAFLOOR folosind o HEADSET VIRTUAL REALITATE, când răsfoiesc cu siguranță locul cu un joc de noroc bun._x000D_ _x000D_ _x000D_ TECHNOLOGY DEVELOPED cu această proiectă care va avea ca obiect DETECȚIA AUTOMATICĂ a OBSTACLelor și AVOIDANȚEI COLIZAȚII DURĂ NAVIGATION_x000D_ a ROBOT-ului, alăturându-l (PILOT) SCIENTIST pentru a se asigura și gratuit în aglomerare sau 3D RELIEF-uri, fără a lucra la SAFETY_x000D_ a VEHICLE. Atunci când ROBOT DETECTE că este teleoperat ToO CLOSE la o FEATURĂ DANGEROSE a SEAFLOOR (E.G. O WALL SAU EVEN___ SEAFLOOR), SISTEMUL CONTROL va acoperi cartierele PILOT-ului și va elabora o FEEDBACĂ VISUALĂ pe HEADSETUL PILOTului, as WELL AS_x000D_ FORCE FEEDBACK on the JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS VA fi AVAILABIL pentru VISUALISAȚIE UTILIZAREA unei HEADSET DE REALITATE VIRTUALĂ, ACEST LUCRU O LUCRU ÎN SCIENȚĂ_x000D_ OUTREACH PENTRU PUBLIC GENERAL. (Romanian)
4 August 2022
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HAVEN SPELAR EN NYCKELROLL PÅ VÅR PLANET. De regulerar EARTH’S KLIMATE OCH SUPPLY LIVING OCH ION-LIVING RESOURCES, BEING A MAJOR_x000D_ SOURCE OF FOOD OCH MÅNGA RAW MATERIALS. Och i alla fall mer än 70 % av EARTH’S SURFACE, vi vet mycket om vad som händer med vår PLANET. UNDERVATTENSUTFORSKNING ÄR GRUNDLÄGGANDE FÖR ATT FÖRBÄTTRA VÅR KUNSKAP OM HAVET. Prospektering HELPS TILL SÄTT ATT OCEAN_x000D_ RESOURCES ARE WELL MANAGED, OCH ANVÄNDAS SOM SOM DEN DEN VARA VARA FÖR FUTURE GENERATIONER TILL ENJOY. OCEANS ARE A HOSTILE_x000D_ MILJÖ FÖR HUMAN BEINGS, MAKING OCEAN EXPLORATION DIFFICULT, SPECIALLY AT GREATER DEPTHS. Frånvaro AV LJUS OCH INCREASING PRESSURE_x000D_ MAKE THE OCEAN A DANGEROUS PLACE FOR HUMANS to OPERATE. Därför, SEA EXPLORATION, BEYOND THE CAPACITY OF HUMAN DIVERS, REQUIRES THE_x000D_ ANVÄND AV UNDERWATER VÄNDAR._x000D_ _x000D_ I DENNA PROJEKT VIKTIGT VÅRA PREVIOUS WORK I en RADICALLY NOVEL PARADIGM FÖR OCEAN EXPLORATION SOM VERKLIGHET AV EN INTELLIGENT_x000D_ UNDERWATER ROBOT. Senaste PROGRESS I INFORMATION TECHNOLOGY FIELD HAS OPENED COMPELLING ALTERNATIVES to TRADITIONAL METHODS OF_x000D_ EXPLORATION. I vår PREVIOUS PROJEKT VI SUCCESSFULLYADEDEDE GIRONA500 AUTONOMOUS UNDERWATER ROBOT (AUV) INTO A_x000D_ HYBRID REMOTELY OPERATED ROBOT (HROV). De PROMISING RESULTAT OBTAINED SO FAR GUIDE US TOWARDS PURSUING THE SAME GOALS MUT IMPROVING_x000D_ The ROBOT’S SPATIAL AWARENESS, PROVIDING En FULLIMMERSIVE telepresence EXPERIENCE TO THE SCIENTISTS SOM ÄR EXPLORATIONEN._x000D_ _x000D_ I DENNA SENSE DENNA PROJEKT kommer att ta en STEP FORWARD I TWO MAIN DIREKTIONER. För det första, Utvecklingen av NOVEL REAL-TIME OMNIDIRECTIONAL STEREO_x000D_ ALGORITHMS, TOGETHER MED SENSOR FUSIONTECHNIQUES, som kommer att göra ROBOT MER AWARE OF ITSVIRONMENT OCH POSSIBLE OBSTACLES/HAZARDS,_x000D_ AUTOMATICSKA AVOIDINGSUCH SITUATIONER och ENSURING ITS SAFETY WHILE Att vara teleopererade genom en UNSKILLED PILOT (E.G., genom en SCIENTIST THAT IS_x000D_ EXPLORING THE OCEAN FLOOR). DETTA KRÄVER FÖRMÅGAN ATT BYGGA 3D-KARTOR ÖVER MILJÖN I REALTID. Vi kommer att göra det här GOAL BY EQUIPPING_x000D_ The ROBOT MED TWO OMNIDIREKTIONAL CAMERA SYSTEMS._x000D_ _x000D_, för det andra, IMMERSIVE SYSTEMS HAVE MADE SIGNIFICANT ADVANCES I THE LAST TWO YEARS, DRIVEN AV ENTERTAINMENTET OCH GAME INDUSTRIES._x000D_ DENNA SYSTEMS ALLA OBSERVEREN för att utvinna den VIRTUELLA MILJÖLINGEN SOM HÖR MOVEMENT OCH KÄNNAS IMMERSEDA I EN SIMULATED_x000D_ MILJÖ. I vår ANSÖKNING kommer de OMNIDIREKTIONELLA KAMERAERNA att godkänna DATA för att bygga upp IMMERSIVE panoraman av de utforskade AREA IN_x000D_ REAL TIME, ALLA SCIENTISTEN för att exploatera SEAFLOOR som använder en VIRTUAL REALITY HEADSET, WHILE SAFELY DRIVING THE ROBOT med en HAPTIC JOYSTICK._x000D_ _x000D_ TECHNOLOGY UTVECKLINGEN MED DENNA PROJEKT kommer att AUTOMATIC DETECTION AV OBSTACLER OCH COLLISION AVOIDANCE DURING NAVIGATION_x000D_ av ROBOT, ALLA (PILOT) SCIENTIST till EASILY och GRATIS NAVIGATE I röriga eller stora-3D RELIEF REAS WITUT WORRYING ABOUT SAFETY_x000D_ av VEHICLEEN. När ROBOT DETTA DETTA ÄR teleopererad TOO CLOSE TO A DANGEROUS FEATURE of the SEAFLOOR (t.ex. en viloplan eller EVEN THE_x000D_ SEAFLOOR), kommer ITS CONTROL SYSTEM att avvika från ordförandeskapets kommander och kommer att ge en VISUAL FEEDBACK på fältets HEADSET, som WELL AS_x000D_ FORCE FEEDBACK PÅ JOYSTICK._x000D_ _x000D_ FINALLY, POST-MISSION PANORAMIC VIDEOS kommer att vara tillgängliga för VISUALISATION ANVÄNDNING En VIRTUAL REALITY HEADSET, DETTA KONTAKT EN KEY ROLE I SCIENCE_x000D_ OUTREACH FÖR GENERAL PUBLIC. (Swedish)
4 August 2022
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Girona
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20 December 2023
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Identifiers
CTM2017-83075-R
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