RESEARCH ON THE CREATION OF A SYSTEM FOR THE CREATION OF A SYSTEM FOR SUPPORTING THE WORK OF GEOLOGIST (Q107856): Difference between revisions
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(Removed claim: summary (P836): The project concerns the commissioning of research and development to develop smart algorithms and build in the future on the basis of a prototype of a system to support the work of geologist on the ground, by developing protocols for secure data flows between the mobile geologist and the geological company’s servers, as well as the way to secure online data archiving with uncertainty and slowness of the internet connection. The scope of the p...) |
(Created claim: summary (P836): The subject of the project is to commission R & D, which aim to develop intelligent algorithms and build in the future a prototype of a system supporting the work of the geologist in the field by developing protocols for the safe way of data flow between the mobile geologist device and the home server of the geological company, as well as a way to securely archiving online data with the assumption of uncertainty and slowness of the Internet conn...) |
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The subject of the project is to commission R & D, which aim to develop intelligent algorithms and build in the future a prototype of a system supporting the work of the geologist in the field by developing protocols for the safe way of data flow between the mobile geologist device and the home server of the geological company, as well as a way to securely archiving online data with the assumption of uncertainty and slowness of the Internet connection. The scope of the project will include the development by the scientific unit of the following issues: defining requirements for the planned product, interviewing users of currently available products on the market, developing a system algorithm to control production costs and a software library implementing this algorithm. The following features of the prototype will be achieved through the implementation of the project: online creation of a drilling chart with cross-sections of soil types, existing and established water mirrors, taking the position of a drill from the GPS receiver, and marking the drill itself. The ability to track the progress of workers away, read on the online server data from drills, which allows the office to work without waiting for the return of the field geologist, archive of drilling reports and integration with the program for creating soil cross-sections. At present, each geological project must end with the generation of cross-sections based on the data from the drills. Thanks to the implemented “integration” solution, we eliminate the need for additional work and preparation of paper documentation. The target group of this project will be one-person business activity and small geological companies. (English) | |||||||||||||||
| Property / summary: The subject of the project is to commission R & D, which aim to develop intelligent algorithms and build in the future a prototype of a system supporting the work of the geologist in the field by developing protocols for the safe way of data flow between the mobile geologist device and the home server of the geological company, as well as a way to securely archiving online data with the assumption of uncertainty and slowness of the Internet connection. The scope of the project will include the development by the scientific unit of the following issues: defining requirements for the planned product, interviewing users of currently available products on the market, developing a system algorithm to control production costs and a software library implementing this algorithm. The following features of the prototype will be achieved through the implementation of the project: online creation of a drilling chart with cross-sections of soil types, existing and established water mirrors, taking the position of a drill from the GPS receiver, and marking the drill itself. The ability to track the progress of workers away, read on the online server data from drills, which allows the office to work without waiting for the return of the field geologist, archive of drilling reports and integration with the program for creating soil cross-sections. At present, each geological project must end with the generation of cross-sections based on the data from the drills. Thanks to the implemented “integration” solution, we eliminate the need for additional work and preparation of paper documentation. The target group of this project will be one-person business activity and small geological companies. (English) / rank | |||||||||||||||
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| Property / summary: The subject of the project is to commission R & D, which aim to develop intelligent algorithms and build in the future a prototype of a system supporting the work of the geologist in the field by developing protocols for the safe way of data flow between the mobile geologist device and the home server of the geological company, as well as a way to securely archiving online data with the assumption of uncertainty and slowness of the Internet connection. The scope of the project will include the development by the scientific unit of the following issues: defining requirements for the planned product, interviewing users of currently available products on the market, developing a system algorithm to control production costs and a software library implementing this algorithm. The following features of the prototype will be achieved through the implementation of the project: online creation of a drilling chart with cross-sections of soil types, existing and established water mirrors, taking the position of a drill from the GPS receiver, and marking the drill itself. The ability to track the progress of workers away, read on the online server data from drills, which allows the office to work without waiting for the return of the field geologist, archive of drilling reports and integration with the program for creating soil cross-sections. At present, each geological project must end with the generation of cross-sections based on the data from the drills. Thanks to the implemented “integration” solution, we eliminate the need for additional work and preparation of paper documentation. The target group of this project will be one-person business activity and small geological companies. (English) / qualifier | |||||||||||||||
point in time: 17 October 2020
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Revision as of 17:14, 17 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | RESEARCH ON THE CREATION OF A SYSTEM FOR THE CREATION OF A SYSTEM FOR SUPPORTING THE WORK OF GEOLOGIST |
Project in Poland financed by DG Regio |
Statements
97,500.0 zloty
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130,000.0 zloty
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75.0 percent
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1 August 2016
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30 June 2017
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EDWIN PIEKART CKJ
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52°22'36.1"N, 20°55'4.1"E
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Przedmiotem projektu jest zlecenie przeprowadzenia prac badawczo rozwojowych, które mają na celu opracowanie inteligentnych algorytmów oraz budowę w przyszłości na ich bazie prototypu systemu wspomagającego pracę geologa w terenie poprzez opracowanie protokołów bezpiecznego sposobu przepływu danych pomiędzy urządzeniem mobilnym geologa, a serwerem macierzystym firmy geologicznej, oraz a także sposobem bezpiecznej archiwizacji danych online przy założeniu niepewności i powolności łącza internetowego. Zakres projektu obejmował będzie opracowanie przez jednostkę naukową następujących zagadnień: określenie wymogów dla planowanego produktu, wywiad z użytkownikami aktualnie dostępnych produktów na rynku, opracowanie projektu algorytmu systemu do kontroli kosztów produkcji oraz biblioteki programistycznej implementującej ten algorytm. Poprzez realizację projektu zostaną osiągnięte następujące funkcjonalności prototypu: online tworzenie wykresu nawiertu wraz z przekrojami rodzajów gleb, zastanego i ustalonego lustra wody, pobieranie pozycji nawiertu z odbiornika GPS, oraz cechowanie nim samego nawiertu. Możliwość śledzenia postępu pracowników na wyjeździe , odczyt na serwerze online danych z nawiertów co umożliwia pracę biura bez oczekiwania na powrót geologa terenowego, archiwum raportów nawiertów oraz integrację z programem do tworzenia przekrojów glebowych. Aktualnie każdy projekt geologiczny musi zakończyć się wygenerowaniem przekrojów w oparciu o dane z nawiertów. Dzięki wdrożonemu rozwiązaniu „integracji” eliminujemy konieczność dodatkowej pracy oraz przygotowywania dokumentacji papierowej. Grupą docelową niniejszego projektu będą jednoosobowe działalności gospodarczej oraz małe firmy geologiczne. (Polish)
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The subject of the project is to commission R & D, which aim to develop intelligent algorithms and build in the future a prototype of a system supporting the work of the geologist in the field by developing protocols for the safe way of data flow between the mobile geologist device and the home server of the geological company, as well as a way to securely archiving online data with the assumption of uncertainty and slowness of the Internet connection. The scope of the project will include the development by the scientific unit of the following issues: defining requirements for the planned product, interviewing users of currently available products on the market, developing a system algorithm to control production costs and a software library implementing this algorithm. The following features of the prototype will be achieved through the implementation of the project: online creation of a drilling chart with cross-sections of soil types, existing and established water mirrors, taking the position of a drill from the GPS receiver, and marking the drill itself. The ability to track the progress of workers away, read on the online server data from drills, which allows the office to work without waiting for the return of the field geologist, archive of drilling reports and integration with the program for creating soil cross-sections. At present, each geological project must end with the generation of cross-sections based on the data from the drills. Thanks to the implemented “integration” solution, we eliminate the need for additional work and preparation of paper documentation. The target group of this project will be one-person business activity and small geological companies. (English)
17 October 2020
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Identifiers
RPMA.01.02.00-14-5550/16
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