機(jī)載北斗接收機(jī)機(jī)動(dòng)飛行功能響應(yīng)性能測(cè)試研究
[Abstract]:With the rapid development of navigation technology, global navigation satellite system (GNSS) is more and more widely used in civil aviation. For the Beidou Satellite Navigation system (BDS) to be used in civil aviation, its airborne Beidou receiver must meet the requirements of the (RTCA) document and technical standard of the Committee of Aeronautical Radio Technology (TSO) concerning the performance of airborne navigation equipment. For example, positioning accuracy, velocimetry accuracy, timing accuracy and autonomous completeness test (RAIM) and other basic performance, as well as the response performance of maneuvering flight function. In this paper, the performance standard of the (GPS) airborne navigation equipment of the United States is taken as the reference, and the test of the response performance of the maneuvering flight function is emphatically studied. First of all, according to the performance test standard of GPS airborne navigation equipment stipulated in RTCA/DO-208 document, the test contents and requirements of airborne Beidou receiver maneuvering flight response performance are introduced in detail, including maneuvering flight prediction, position display, and so on. Track deviation indication, route point distance display, and flight trajectory types needed for maneuvering flight. Then, by transforming the simulation time step and coordinate transformation, the flight trajectory data generation algorithm for the performance test of maneuvering flight response of airborne Beidou receiver based on track constraint is studied in depth. Flight trajectory generation algorithm includes horizontal flight trajectory generation algorithm which consists of flight segment and flight segment transition and vertical flight trajectory generation algorithm which is designed by analytic method without considering aerodynamic model. Taking the departure program (SID) of Beijing Capital Airport as an example, the flight trajectory generation algorithm is simulated and verified. Finally, the navigation database and man-machine interface are designed by using SQL Server and C#.NET to test the performance of airborne Beidou receiver's maneuvering flight response, and the performance test scheme is also designed. The flight trajectory generation and the performance test of the maneuvering flight response of the airborne Beidou receiver are simulated by using a complete route. The flight state data and performance test results of airborne Beidou receiver are also presented. Simulation results show that the performance test can effectively test the performance of airborne Beidou receiver maneuvering flight response.
【學(xué)位授予單位】:中國(guó)民航大學(xué)
【學(xué)位級(jí)別】:碩士
【學(xué)位授予年份】:2017
【分類(lèi)號(hào)】:TN967.1
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