Implementation of the Integrated Communications System laboratory (Q78868): Difference between revisions
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(Removed claim: summary (P836): The project requested by PGZ Stocznia Wojenna Sp. z o.o. concerns the completion of a full research process in order to establish the Integrated Communications System (hereinafter:& issue; division & rdning;) for the transmission of non-classified and classified data for military vessels.Fully aligned with national and international requirements, the system will operate a diversified communication channel:waters to ground, water- air and water...) |
(Created claim: summary (P836): The project, whose applicant is PGZ Shipyard Wojenna Sp. z o.o., concerns carrying out a complete research process in order to create an Integrated Communication System (hereinafter: For the transmission of non-confidential and classified data for military vessels. Fully adapted to national and international requirements, the system will support diversified communication channels: water-ground, water-air and water-water. Thanks to the use of adv...) |
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The project, whose applicant is PGZ Shipyard Wojenna Sp. z o.o., concerns carrying out a complete research process in order to create an Integrated Communication System (hereinafter: For the transmission of non-confidential and classified data for military vessels. Fully adapted to national and international requirements, the system will support diversified communication channels: water-ground, water-air and water-water. Thanks to the use of advanced technological solutions, ZSŁ will respond to the specific military needs of the Polish Navy. The key technological issue in the Project is the creation of a technological architecture of the new ZSŁ ensuring full security of data transmission and the creation of the first demonstration laboratory in Poland giving the possibility of testing the functionality of the system in real conditions. Competitive advantages in relation to current systems will be demonstrated by the use of fibre optic technology that protects against electromagnetic leakage throughout the transmission track and eliminates the need for spatial separation on cable tracks, the system based on Internet Protocol technology allowing the connection of an unlimited number of terminals to conversations within the network and the introduction of full redundancy of the system, as well as the placing of two audio channels in one set of audio channels in a single headset of any tactical console operator allowing the operator of the tactical console to be able to listen to, among others, the use of fibre optic technology against electromagnetic leakage throughout the transmission path and eliminating the need for spatial separation on cable tracks, the system based on the Internet Protocol technology, enabling the connection of an unlimited number of terminals to be connected to a single listening point (and the introduction of full redundancy of the system, as well as the placement of two audio channels in one headset of any tactical console operator to allow for a single-talk-speaking). The Company plans to implement the Project in the period 11/2018 – IT’S 01/2022. Due to different levels of technological preparedness, this work has been classified as industrial research (stages I and II), development work (stage III-V) and pre-implementation work (stage VI). (English) | |||||||||||||||
| Property / summary: The project, whose applicant is PGZ Shipyard Wojenna Sp. z o.o., concerns carrying out a complete research process in order to create an Integrated Communication System (hereinafter: For the transmission of non-confidential and classified data for military vessels. Fully adapted to national and international requirements, the system will support diversified communication channels: water-ground, water-air and water-water. Thanks to the use of advanced technological solutions, ZSŁ will respond to the specific military needs of the Polish Navy. The key technological issue in the Project is the creation of a technological architecture of the new ZSŁ ensuring full security of data transmission and the creation of the first demonstration laboratory in Poland giving the possibility of testing the functionality of the system in real conditions. Competitive advantages in relation to current systems will be demonstrated by the use of fibre optic technology that protects against electromagnetic leakage throughout the transmission track and eliminates the need for spatial separation on cable tracks, the system based on Internet Protocol technology allowing the connection of an unlimited number of terminals to conversations within the network and the introduction of full redundancy of the system, as well as the placing of two audio channels in one set of audio channels in a single headset of any tactical console operator allowing the operator of the tactical console to be able to listen to, among others, the use of fibre optic technology against electromagnetic leakage throughout the transmission path and eliminating the need for spatial separation on cable tracks, the system based on the Internet Protocol technology, enabling the connection of an unlimited number of terminals to be connected to a single listening point (and the introduction of full redundancy of the system, as well as the placement of two audio channels in one headset of any tactical console operator to allow for a single-talk-speaking). The Company plans to implement the Project in the period 11/2018 – IT’S 01/2022. Due to different levels of technological preparedness, this work has been classified as industrial research (stages I and II), development work (stage III-V) and pre-implementation work (stage VI). (English) / rank | |||||||||||||||
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| Property / summary: The project, whose applicant is PGZ Shipyard Wojenna Sp. z o.o., concerns carrying out a complete research process in order to create an Integrated Communication System (hereinafter: For the transmission of non-confidential and classified data for military vessels. Fully adapted to national and international requirements, the system will support diversified communication channels: water-ground, water-air and water-water. Thanks to the use of advanced technological solutions, ZSŁ will respond to the specific military needs of the Polish Navy. The key technological issue in the Project is the creation of a technological architecture of the new ZSŁ ensuring full security of data transmission and the creation of the first demonstration laboratory in Poland giving the possibility of testing the functionality of the system in real conditions. Competitive advantages in relation to current systems will be demonstrated by the use of fibre optic technology that protects against electromagnetic leakage throughout the transmission track and eliminates the need for spatial separation on cable tracks, the system based on Internet Protocol technology allowing the connection of an unlimited number of terminals to conversations within the network and the introduction of full redundancy of the system, as well as the placing of two audio channels in one set of audio channels in a single headset of any tactical console operator allowing the operator of the tactical console to be able to listen to, among others, the use of fibre optic technology against electromagnetic leakage throughout the transmission path and eliminating the need for spatial separation on cable tracks, the system based on the Internet Protocol technology, enabling the connection of an unlimited number of terminals to be connected to a single listening point (and the introduction of full redundancy of the system, as well as the placement of two audio channels in one headset of any tactical console operator to allow for a single-talk-speaking). The Company plans to implement the Project in the period 11/2018 – IT’S 01/2022. Due to different levels of technological preparedness, this work has been classified as industrial research (stages I and II), development work (stage III-V) and pre-implementation work (stage VI). (English) / qualifier | |||||||||||||||
point in time: 14 October 2020
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Revision as of 10:31, 14 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Implementation of the Integrated Communications System laboratory |
Project in Poland financed by DG Regio |
Statements
3,100,865.74 zloty
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7,124,411.21 zloty
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43.52 percent
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2 November 2018
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31 January 2022
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PGZ STOCZNIA WOJENNA SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
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54°14'44.2"N, 18°6'35.6"E
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Projekt, którego Wnioskodawcą jest PGZ Stocznia Wojenna Sp. z o.o., dotyczy przeprowadzenia pełnego procesu badawczego w celu stworzenia Zintegrowanego Systemu Łączności (dalej: „ZSŁ”) do transmisji danych jawnych i niejawnych na potrzeby okrętów wojskowych. W pełni dostosowany do wymogów krajowych i międzynarodowych system obsługiwał będzie zdywersyfikowane kanały łączności: woda-ziemia, woda-powietrze i woda-woda. Dzięki wykorzystaniu zaawansowanych rozwiązań technologicznych ZSŁ będzie odpowiedzią na specyficzne potrzeby wojskowe Marynarki Wojennej RP. Kluczowe zagadnienie technologiczne w Projekcie stanowi stworzenie architektury technologicznej nowego ZSŁ zapewniającej pełne bezpieczeństwo transmisji danych i stworzenie pierwszego w Polsce demonstracyjnego Laboratorium ZSŁ dającego możliwość testowania funkcjonalności systemu w warunkach rzeczywistych. O przewagach konkurencyjnych względem obecnych systemów świadczyć będzie m.in. zastosowanie technologii światłowodowej zabezpieczającej przed ulotem elektromagnetycznym w całym torze transmisyjnym oraz eliminującej konieczność separacji przestrzennej na torach kablowych, oparcie systemu na technologii Internet Protocol umożliwiającej podłączenie nieograniczonej liczby terminali do rozmów w ramach sieci oraz wprowadzenie pełnej redundantności systemu, jak również umieszczenie dwóch kanałów audio w jednym zestawie nagłownym operatora konsoli taktycznej pozwalającej na jednoczesny nasłuch rozmowy zewnętrznej (po radiostacji/odbiorniku) oraz rozmowy/nasłuchu z dowolnego punktu intercomu taktycznego w jednym zestawie nagłownym. Spółka planuje realizować Projekt w okresie 11/2018 – 01/2022. Z uwagi na różne poziomy gotowości technologicznej, prace te zaklasyfikowano do badań przemysłowych (etapy I i II), prac rozwojowych (etapy III-V) i prac przedwdrożeniowych (etap VI). (Polish)
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The project, whose applicant is PGZ Shipyard Wojenna Sp. z o.o., concerns carrying out a complete research process in order to create an Integrated Communication System (hereinafter: For the transmission of non-confidential and classified data for military vessels. Fully adapted to national and international requirements, the system will support diversified communication channels: water-ground, water-air and water-water. Thanks to the use of advanced technological solutions, ZSŁ will respond to the specific military needs of the Polish Navy. The key technological issue in the Project is the creation of a technological architecture of the new ZSŁ ensuring full security of data transmission and the creation of the first demonstration laboratory in Poland giving the possibility of testing the functionality of the system in real conditions. Competitive advantages in relation to current systems will be demonstrated by the use of fibre optic technology that protects against electromagnetic leakage throughout the transmission track and eliminates the need for spatial separation on cable tracks, the system based on Internet Protocol technology allowing the connection of an unlimited number of terminals to conversations within the network and the introduction of full redundancy of the system, as well as the placing of two audio channels in one set of audio channels in a single headset of any tactical console operator allowing the operator of the tactical console to be able to listen to, among others, the use of fibre optic technology against electromagnetic leakage throughout the transmission path and eliminating the need for spatial separation on cable tracks, the system based on the Internet Protocol technology, enabling the connection of an unlimited number of terminals to be connected to a single listening point (and the introduction of full redundancy of the system, as well as the placement of two audio channels in one headset of any tactical console operator to allow for a single-talk-speaking). The Company plans to implement the Project in the period 11/2018 – IT’S 01/2022. Due to different levels of technological preparedness, this work has been classified as industrial research (stages I and II), development work (stage III-V) and pre-implementation work (stage VI). (English)
14 October 2020
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Identifiers
POIR.01.02.00-00-0010/18
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