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Integration of the MS ESP flight simulator with GNSS-based guidance system

机译:与基于GNSS的指导系统集成MS ESP飞行模拟器的集成

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The article describes the problem of integration into a one test and validation platform the Microsoft ESP flight simulator software and GNSS-based guidance system. The research done is performed within the EGALITE project under 7th Framework Programme of the European Union. In the paper, authors present methodology used for connection of helicopter simulator PHS designed by Flyit Simulators, Inc. (USA) working with Microsoft ESP software and located in the Virtual Flying Laboratory at the Silesian University of Technology (Poland) with typical GNSS-based flight guidance system used to design and validate LPV approach procedures. The aim of integration is to speed up and reduce the cost of designing new LPV approach procedures using GNSS EGNOS navigation satellite system for a wide range of users of civil aviation - airports, emergency services, helicopter pilotes, etc. The language C ++, Microsoft Visual Studio 2010 with Microsoft ESP SDK SimmConnect was used for this task.
机译:本文介绍了集成到一个测试和验证平台的问题,Microsoft ESP飞行模拟器软件和基于GNSS的指导系统。完成的研究是在欧盟第7次框架计划下的EGalite项目内进行。在论文中,作者呈现用于连接由Flyit Simulators,Inc。(美国)设计的直升机模拟器PHS的方法,与Microsoft ESP软件一起使用,并位于Silesian Theeroce(波兰)的虚拟飞行实验室,典型的GNSS为基础用于设计和验证LPV方法程序的飞行指导系统。整合的目的是加速和降低使用GNSS EGNOS导航卫星系统设计新的LPV方法程序的成本,用于广泛的民航 - 机场,紧急服务,直升机试验等。语言C ++, Microsoft Visual Studio 2010与Microsoft ESP SDK SimMconnect用于此任务。

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