Wyniki wyszukiwania - BazTech

1

SISNET/EGNOS as a tool in crisis management

Fellner A., Sulkowski J., Trómiński P., Zadrąg P.

Reports on Geodesy

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2011

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z. 2/91

139-144

2

Analysis of methods for jamming and counter jamming GPS signal

Fellner A., Sulkowski J., Grzybowski A., Trómiński P., Zadrąg P.

Reports on Geodesy

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2011

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z. 2/91

122-126

3

Sisnet as a tool in crisis management

Fellner A., Sulkowski J., Trómiński P., Zadrąg P.

Aparatura Badawcza i Dydaktyczna

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2011

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T. 16, nr 3

17-25

EN

Crisis management can be studied on many aspects of our modern societies. Many of public services are involved in dealing with it more often. The paper covers fire-brigade operation. Fire brigade deals daily with many emergency situations such as fires, floods, earthquakes, accidents occurring during transportation of hazardous materials or traffic accidents. Every mentioned situation can result in injuries and even loss of lives. It means that all possible means have to be used for the most efficient dealing with an unpredictable event that occurred - the best technologies should be used on every stage of crisis management to minimize negative consequences. In this case SISNeT/EGNOS data implemented and used for dealing with crisis is considered. The fundamental purpose of the task is to develop and test monitoring platform based on GNSS and data from SISNeT/EGNOS corrections, which fulfils following conditions: accuracy, reliability and continuity of service at a level required by a highly demanding user (fire service unit). The project identifies benefits and potential of SISNeT/EGNOS system especially for user like public forces who have to assess, understand, and cope with a serious situations.

PL

Zarządzanie kryzysowe może być analizowane pod wieloma aspektami w nowoczesnym społeczeństwie, wiele służb publicznych jest zaangażowanych w proces reagowania kryzysowego. Artykuł prezentuje wykorzystanie narzędzia SISNET w zarządzaniu kryzysowym na przykładzie oddziału straży pożarnej. W trakcie wykonywania zadań straż pożarna spotyka się z wieloma nadzwyczajnymi sytuacjami takimi jak pożary, powodzie, trzęsienia ziemi, wypadki drogowe lub przy transporcie materiałów niebezpiecznych. Przy każdej akcji strażacy narażeni są na utratę zdrowia i życia. Oznacza to iż należy wykorzystać najwydajniejsze rozwiązania, technologie tak aby zminimalizować negatywne skutki pracy w niesprzyjającym środowisku. Głównym celem zadania jest opracowanie i przetestowanie platformy monitorującej opartej na technologii GNSS i poprawkach z systemu SISNeT/EGNOS, które podwyższają następujące parametry: dokładność, niezawodność i ciągłość usługi na wysokim poziomie (zdefiniowanym przez specyfikę odbiorcy jakim jest straż pożarna). Artykuł prezentuje korzyści i potencjał SISNet/EGNOS zwłaszcza dla użytkownika takiego jak służby publiczne, który musi ocenić, zrozumieć i wykonać zadanie w sytuacji kryzysowej.

4

NPA GNSS essential step for the lun implementation and the chance for the air regional transport

Banaszek K., Fellner A., Trómiński P., Zadrąg P.

Archives of Transport System Telematics

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2010

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Vol. 3, iss. 1

45-52

EN

The general idea of this project is to popularize the usage of European Geostationary Navigation Overlay Service System in Central European countries. The main goal will be achieved by demonstrating key capabilities of the EGNOS System. After that the National Fly Authority Agency certification procedure will be launched, EGNOS will become fully functional and operational airfield domestic system. Project consists of analysis of domestic airfields and Aircraft operator(s) against opportunity of EGNOS installation and utilization of capability for landing purposes, study of demonstrator's technical conception of EGNOS APV implementation connected with blueprint for certification process, on-board and airfield system installation connected with provisional certification and final demonstration of overall system capabilities, followed by on-going tests, system certification and implementation of Safety Case. Scientific research centers will prepare technical solutions for system installation at airfield and aircraft, with certification projects and procedures as well. This includes two types of certification: technical and fly procedures (landing procedures for aircraft and airfield). Safety of fly and Safety Case are especially taken into consideration. Currently, differential positioning methods, basing on global satellite navigation systems: GPS, GLONASS and also Galileo in the future, undergo dynamic development.

5

Monitoring and managing systems based on GPS in the land and air communication

Trómiński P., Zadrąg P.

Archives of Transport System Telematics

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2009

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Vol. 2, iss. 2

11-15

EN

The article presents conception of authors management and monitoring system based on GPS, for application in the transport and land and air communication. This system arises as an answer to demand of local Civil Services, which are member of a crisis management. System purpose is to increase the effectiveness and safeties during salvage actions. In following years the system evolved, allowing its use not only in land conditions but also in the transport and the air lifesaving. Article shows future plans connected with the system development and the extension with ADS-B system (Automatic Dependent Surveillance - Broadcast).