Remote control over the implementation of the investment — innovative service supporting the investment process, in line with the BIM philosophy (Q100085): Difference between revisions
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(Removed claim: summary (P836): The project will enable the development and testing of an innovative service to enable ongoing monitoring of investments in time and space. Cooperation between universities and engineering firms, from years of measurement and geodetic surveillance of investments, will allow to explore the possibilities for monitoring and measuring systems using the optical components of drones. This will allow a complete service to be offered to all participan...) |
(Created claim: summary (P836): The project will allow the development and testing of an innovative service allowing for ongoing monitoring of investments in time and space. The cooperation of universities and engineering company, which has been carrying out measurements and geodesic supervision over investments for years, will allow to examine the possibilities of monitoring and measurement using programmed, equipped with optical measuring elements of drones. This will allow...) |
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The project will allow the development and testing of an innovative service allowing for ongoing monitoring of investments in time and space. The cooperation of universities and engineering company, which has been carrying out measurements and geodesic supervision over investments for years, will allow to examine the possibilities of monitoring and measurement using programmed, equipped with optical measuring elements of drones. This will allow to offer a complete service that will provide all participants in the investment process with objective information about the current progress of the work and enable it to filter depending on the area of interest of the stakeholders. The subject of the project is research on: automatic techniques for collecting multiple types of information from construction sites with different configurations, using drone low-top measurements, available GIS information, as well as other information obtained during the investment and the possibility to build on this basis an image of the state of the work. The scope of the project envisages implementation of four stages: The first stage – will be examined: — the possibility of using automatic drones for low-level measurements, – the possibility of using available GIS services, – the possibility of constructing a mathematical model to link different information. Stage II – will be: — early prototypes of low-level automatic measuring devices, – conducted tests in an environment similar to the real one, which will allow to check the possibility of linking information to one another and making it available in an integrated form to different users via an IT platform. Phase III service models and prototypes will be modified according to the results of stage II. — carried out research in the operational environment on 2 investment projects aimed at confirming the functioning of the solution, In the fourth stage, the commercialisation potential of the prepared service will be updated and reported (English) | |||||||||||||||
| Property / summary: The project will allow the development and testing of an innovative service allowing for ongoing monitoring of investments in time and space. The cooperation of universities and engineering company, which has been carrying out measurements and geodesic supervision over investments for years, will allow to examine the possibilities of monitoring and measurement using programmed, equipped with optical measuring elements of drones. This will allow to offer a complete service that will provide all participants in the investment process with objective information about the current progress of the work and enable it to filter depending on the area of interest of the stakeholders. The subject of the project is research on: automatic techniques for collecting multiple types of information from construction sites with different configurations, using drone low-top measurements, available GIS information, as well as other information obtained during the investment and the possibility to build on this basis an image of the state of the work. The scope of the project envisages implementation of four stages: The first stage – will be examined: — the possibility of using automatic drones for low-level measurements, – the possibility of using available GIS services, – the possibility of constructing a mathematical model to link different information. Stage II – will be: — early prototypes of low-level automatic measuring devices, – conducted tests in an environment similar to the real one, which will allow to check the possibility of linking information to one another and making it available in an integrated form to different users via an IT platform. Phase III service models and prototypes will be modified according to the results of stage II. — carried out research in the operational environment on 2 investment projects aimed at confirming the functioning of the solution, In the fourth stage, the commercialisation potential of the prepared service will be updated and reported (English) / rank | |||||||||||||||
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| Property / summary: The project will allow the development and testing of an innovative service allowing for ongoing monitoring of investments in time and space. The cooperation of universities and engineering company, which has been carrying out measurements and geodesic supervision over investments for years, will allow to examine the possibilities of monitoring and measurement using programmed, equipped with optical measuring elements of drones. This will allow to offer a complete service that will provide all participants in the investment process with objective information about the current progress of the work and enable it to filter depending on the area of interest of the stakeholders. The subject of the project is research on: automatic techniques for collecting multiple types of information from construction sites with different configurations, using drone low-top measurements, available GIS information, as well as other information obtained during the investment and the possibility to build on this basis an image of the state of the work. The scope of the project envisages implementation of four stages: The first stage – will be examined: — the possibility of using automatic drones for low-level measurements, – the possibility of using available GIS services, – the possibility of constructing a mathematical model to link different information. Stage II – will be: — early prototypes of low-level automatic measuring devices, – conducted tests in an environment similar to the real one, which will allow to check the possibility of linking information to one another and making it available in an integrated form to different users via an IT platform. Phase III service models and prototypes will be modified according to the results of stage II. — carried out research in the operational environment on 2 investment projects aimed at confirming the functioning of the solution, In the fourth stage, the commercialisation potential of the prepared service will be updated and reported (English) / qualifier | |||||||||||||||
point in time: 15 October 2020
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Revision as of 23:36, 15 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Remote control over the implementation of the investment — innovative service supporting the investment process, in line with the BIM philosophy |
Project in Poland financed by DG Regio |
Statements
740,457.17 zloty
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1,011,665.36 zloty
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73.19 percent
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1 June 2019
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30 April 2021
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PHU GEODETA TOMASZ JANAS
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52°43'50.2"N, 15°12'38.9"E
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Projekt umożliwi opracowanie i przetestowanie innowacyjnej usługi, pozwalającej na bieżące monitorowanie inwestycji w czasie i przestrzeni. Współpraca uczelni oraz firmy inżynierskiej, od lat realizującej pomiary oraz nadzory geodezyjne nad inwestycjami, umożliwi zbadanie możliwości monitorowania oraz pomiarów z wykorzystaniem programowanych, wyposażonych w optyczne elementy pomiarowe dronów. Pozwoli to na zaoferowanie kompletnej, usługi, która dostarczy wszystkim uczestnikom procesu inwestycyjnego obiektywną informacji o aktualnym postępie prac oraz umożliwi jej filtrowanie w zależności od obszaru zainteresowania interesariusza. Przedmiotem projektu są badania nad: automatycznymi technikami zbierania wielu typów informacji z terenów budowy o różnej konfiguracji,z wykorzystaniem pomiarów niskiego pułapu wykonanych dronem, dostępnych informacji GIS a także innych informacji pozyskiwanych podczas inwestycji i możliwością zbudowania na tej podstawie obrazu stanu zaawansowania prac. Zakres projektu przewiduje realizację czterech etapów: I etap - zostaną zbadane: - możliwości zastosowania automatycznych dronów do pomiarów niskiego pułapu, - możliwości zastosowania dostępnych serwisy GIS, - możliwości zbudowania modelu matematycznego do powiązania różnych informacji. II etap - zostaną: - przygotowane wczesne prototypy automatycznych urządzeń pomiarowych niskiego pułapu, - wykonane badania w środowisku zbliżonym do rzeczywistego, które pozwolą na sprawdzenie możliwość powiązania informacji ze sobą oraz udostępnienie ich w zintegrowanej formie dla różnych użytkowników za pośrednictwem platformy informatycznej. III etap modele funkcjonowania usługi oraz prototypy zostaną zmodyfikowane zgodnie z wynikami II etapu. - wykonane badania w środowisku operacyjnym na 2 projektach inwestycyjnych, których celem będzie potwierdzenie funkcjonowania rozwiązania, W IV etapie zostanie zaktualizowany potencjał komercjalizacyjny przygotowanej usługi oraz dokonane zgłoszeni (Polish)
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The project will allow the development and testing of an innovative service allowing for ongoing monitoring of investments in time and space. The cooperation of universities and engineering company, which has been carrying out measurements and geodesic supervision over investments for years, will allow to examine the possibilities of monitoring and measurement using programmed, equipped with optical measuring elements of drones. This will allow to offer a complete service that will provide all participants in the investment process with objective information about the current progress of the work and enable it to filter depending on the area of interest of the stakeholders. The subject of the project is research on: automatic techniques for collecting multiple types of information from construction sites with different configurations, using drone low-top measurements, available GIS information, as well as other information obtained during the investment and the possibility to build on this basis an image of the state of the work. The scope of the project envisages implementation of four stages: The first stage – will be examined: — the possibility of using automatic drones for low-level measurements, – the possibility of using available GIS services, – the possibility of constructing a mathematical model to link different information. Stage II – will be: — early prototypes of low-level automatic measuring devices, – conducted tests in an environment similar to the real one, which will allow to check the possibility of linking information to one another and making it available in an integrated form to different users via an IT platform. Phase III service models and prototypes will be modified according to the results of stage II. — carried out research in the operational environment on 2 investment projects aimed at confirming the functioning of the solution, In the fourth stage, the commercialisation potential of the prepared service will be updated and reported (English)
15 October 2020
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Identifiers
RPLB.01.01.00-08-0027/18
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