REGOS — prototype module for automating the process of model generation on the basis of a knowledge base to enable the definition of predefined information from the text stream of data streams for the management of a distributed network infrastructure (Q122707): Difference between revisions
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(Removed claim: summary (P836): The 5 generation networks will address the current problems with the frequency deficit, the great need for high speeds and the volumes of data transmission in 4G networks. In order to take full advantage of all the opportunities promised by the future 5G, major changes are first needed in the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to evolving user and...) |
(Created claim: summary (P836): The 5th generation networks will respond to current problems with frequency deficits, huge demand for high speeds and volumes of data transmission in 4G networks. In order to take full advantage of all the possibilities promised by the future 5G standard, you first need major changes to the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to changing user and appl...) |
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| Property / summary | |||||||||||||||
The 5th generation networks will respond to current problems with frequency deficits, huge demand for high speeds and volumes of data transmission in 4G networks. In order to take full advantage of all the possibilities promised by the future 5G standard, you first need major changes to the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to changing user and application needs. This allows greater availability and coverage, greater network density in terms of cells and devices, as well as the ability to provide connectivity to applications based on M2M/IoT platforms. Machine to Machine (Internet of Things) used to exchange data between different devices over the internet without human involvement. A new knowledge of research will be the universal mechanism for generating patterns for cloud devices. (English) | |||||||||||||||
| Property / summary: The 5th generation networks will respond to current problems with frequency deficits, huge demand for high speeds and volumes of data transmission in 4G networks. In order to take full advantage of all the possibilities promised by the future 5G standard, you first need major changes to the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to changing user and application needs. This allows greater availability and coverage, greater network density in terms of cells and devices, as well as the ability to provide connectivity to applications based on M2M/IoT platforms. Machine to Machine (Internet of Things) used to exchange data between different devices over the internet without human involvement. A new knowledge of research will be the universal mechanism for generating patterns for cloud devices. (English) / rank | |||||||||||||||
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| Property / summary: The 5th generation networks will respond to current problems with frequency deficits, huge demand for high speeds and volumes of data transmission in 4G networks. In order to take full advantage of all the possibilities promised by the future 5G standard, you first need major changes to the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to changing user and application needs. This allows greater availability and coverage, greater network density in terms of cells and devices, as well as the ability to provide connectivity to applications based on M2M/IoT platforms. Machine to Machine (Internet of Things) used to exchange data between different devices over the internet without human involvement. A new knowledge of research will be the universal mechanism for generating patterns for cloud devices. (English) / qualifier | |||||||||||||||
point in time: 21 October 2020
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Revision as of 10:08, 21 October 2020
Project in Poland financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | REGOS — prototype module for automating the process of model generation on the basis of a knowledge base to enable the definition of predefined information from the text stream of data streams for the management of a distributed network infrastructure |
Project in Poland financed by DG Regio |
Statements
1,623,950.23 zloty
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3,021,302.81 zloty
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53.75 percent
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1 March 2019
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26 February 2021
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WASKO S.A.
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Sieci 5 generacji będą odpowiedzią na obecne problemy z deficytem częstotliwości, ogromnym zapotrzebowaniem na duże szybkości i wolumeny transmisji danych w sieciach 4G. Aby w pełni korzystać ze wszystkich możliwości jakie obiecuje przyszły standard 5G, najpierw trzeba dużych zmian w architekturze obecnie dostępnych sieci. Jednym z kluczowych wymagań stawianych sieciom 5G jest zdolność do automatycznego dostosowywania się do zmieniających się potrzeb użytkownika i aplikacji. Dzięki temu można uzyskać większą dostępność i zasięg, większą gęstość sieci pod względem komórek i urządzeń, a także zdolność do zapewnienia łączności aplikacjom opartym na platformach M2M/IoT (ang. Machine to Machine, Internet of Things) służących do wymiany danych między różnymi urządzeniami za pośrednictwem internetu bez udziału człowieka. Nową wiedzą wynikającą z badań będzie uniwersalny mechanizm generowania wzorców dla chmury urządzeń. (Polish)
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The 5th generation networks will respond to current problems with frequency deficits, huge demand for high speeds and volumes of data transmission in 4G networks. In order to take full advantage of all the possibilities promised by the future 5G standard, you first need major changes to the architecture of the currently available networks. One of the key requirements for 5G networks is the ability to automatically adapt to changing user and application needs. This allows greater availability and coverage, greater network density in terms of cells and devices, as well as the ability to provide connectivity to applications based on M2M/IoT platforms. Machine to Machine (Internet of Things) used to exchange data between different devices over the internet without human involvement. A new knowledge of research will be the universal mechanism for generating patterns for cloud devices. (English)
21 October 2020
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Identifiers
RPSL.01.02.00-24-035C/18
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