Q3274700 (Q3274700): Difference between revisions
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(Created claim: summary (P836): In the project “Advanced simulations in medicine” (AWAKE 2.0), the consortium intends to develop and demonstrate in real-world a solution based on medical and environmental input data, which through the Internet of Things (IoT) and Augmented Reality (AR) platform enables: (1) Display of electrocardiogram (ECG) through glasses for AR for the needs of medical practice and educational process in medicine; (2) the development of a tool that allows d...) |
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In the project “Advanced simulations in medicine” (AWAKE 2.0), the consortium intends to develop and demonstrate in real-world a solution based on medical and environmental input data, which through the Internet of Things (IoT) and Augmented Reality (AR) platform enables: (1) Display of electrocardiogram (ECG) through glasses for AR for the needs of medical practice and educational process in medicine; (2) the development of a tool that allows doctors to remotely control the condition of patients with ECG devices through the environment of augmented reality, (3) remotely show what is happening in the ambulance on the way to the emergency clinic for better preparation of the emergency clinic. Medical conditions simulations are often carried out in specialised centres (medical simulation centres) where the following challenges arise: (1) The price of simulation tools, especially dolls; (2) limitation to physical location and difficulty in portability; (3) relatively low realistic experience; (4) the complexity of the simulation itself. PD project AWAKW 2.0 overcomes these limitations and upgrades them with a dimension that provides significantly more than just medical simulation for medical practice and pedagogical needs. (English) | |||||||||||||||
| Property / summary: In the project “Advanced simulations in medicine” (AWAKE 2.0), the consortium intends to develop and demonstrate in real-world a solution based on medical and environmental input data, which through the Internet of Things (IoT) and Augmented Reality (AR) platform enables: (1) Display of electrocardiogram (ECG) through glasses for AR for the needs of medical practice and educational process in medicine; (2) the development of a tool that allows doctors to remotely control the condition of patients with ECG devices through the environment of augmented reality, (3) remotely show what is happening in the ambulance on the way to the emergency clinic for better preparation of the emergency clinic. Medical conditions simulations are often carried out in specialised centres (medical simulation centres) where the following challenges arise: (1) The price of simulation tools, especially dolls; (2) limitation to physical location and difficulty in portability; (3) relatively low realistic experience; (4) the complexity of the simulation itself. PD project AWAKW 2.0 overcomes these limitations and upgrades them with a dimension that provides significantly more than just medical simulation for medical practice and pedagogical needs. (English) / rank | |||||||||||||||
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| Property / summary: In the project “Advanced simulations in medicine” (AWAKE 2.0), the consortium intends to develop and demonstrate in real-world a solution based on medical and environmental input data, which through the Internet of Things (IoT) and Augmented Reality (AR) platform enables: (1) Display of electrocardiogram (ECG) through glasses for AR for the needs of medical practice and educational process in medicine; (2) the development of a tool that allows doctors to remotely control the condition of patients with ECG devices through the environment of augmented reality, (3) remotely show what is happening in the ambulance on the way to the emergency clinic for better preparation of the emergency clinic. Medical conditions simulations are often carried out in specialised centres (medical simulation centres) where the following challenges arise: (1) The price of simulation tools, especially dolls; (2) limitation to physical location and difficulty in portability; (3) relatively low realistic experience; (4) the complexity of the simulation itself. PD project AWAKW 2.0 overcomes these limitations and upgrades them with a dimension that provides significantly more than just medical simulation for medical practice and pedagogical needs. (English) / qualifier | |||||||||||||||
point in time: 19 October 2021
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Revision as of 09:24, 19 October 2021
Project Q3274700 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3274700 in Slovakia |
Statements
578,184.18 Euro
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1 September 2018
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31 December 2022
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3FS D.O.O.
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46°14'18.78"N, 14°21'29.45"E
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4000
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V projektu »Napredne simulacije v medicini« (AWAKE 2.0) namerava konzorcij na ravni eksperimentalnega razvoja razviti in v realnem okolju demonstrirati rešitev temelječo na vhodnih medicinskih in okoljskih podatkih, ki preko platforme interneta stvari (IoT) in platforme za obogateno resničnost (AR) omogoča: (1) prikaz elektrokardiograma (EKG) skozi očala za AR za potrebe medicinske prakse in izobraževalnega procesa v medicini; (2) razvoj orodja, ki omogoča zdravnikom oddaljen nadzor stanja pacientov z EKG napravami skozi okolje obogatene resničnosti, (3) na daljavo prikazati dogajanje v reševalnem vozilu na poti v urgentno ambulanto za potrebe boljše priprave urgentne ambulante. Simulacije medicinskih stanj se pogosto izvajajo v specializiranih centrih (medicinski simulacijski centri), kjer se pojavljajo naslednji izzivi: (1) cena simulacijskih orodij, predvsem lutk; (2) omejenost na fizično lokacijo in otežena prenosljivost; (3) relativno nizka realističnost izkušnje; (4) kompleksnost same izvedbe simulacije. PD projekt AWAKW 2.0 te omejitve premaga in jih nadgradi z dimenzijo, ki omogoča bistveno več kot samo medicinsko simulacijo za potrebe medicinske prakse in pedagoike. (Slovenian)
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In the project “Advanced simulations in medicine” (AWAKE 2.0), the consortium intends to develop and demonstrate in real-world a solution based on medical and environmental input data, which through the Internet of Things (IoT) and Augmented Reality (AR) platform enables: (1) Display of electrocardiogram (ECG) through glasses for AR for the needs of medical practice and educational process in medicine; (2) the development of a tool that allows doctors to remotely control the condition of patients with ECG devices through the environment of augmented reality, (3) remotely show what is happening in the ambulance on the way to the emergency clinic for better preparation of the emergency clinic. Medical conditions simulations are often carried out in specialised centres (medical simulation centres) where the following challenges arise: (1) The price of simulation tools, especially dolls; (2) limitation to physical location and difficulty in portability; (3) relatively low realistic experience; (4) the complexity of the simulation itself. PD project AWAKW 2.0 overcomes these limitations and upgrades them with a dimension that provides significantly more than just medical simulation for medical practice and pedagogical needs. (English)
19 October 2021
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Identifiers
OP20.04982
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