RAIM:接收机自主完整性监测
“Receiver Autonomous Integrity Monitoring”通常缩写为RAIM,以便在书写和使用中更加便捷高效。作为一项广泛运用于综合技术领域的关键技术,尤其在航空航天系统中,它承担着确保导航信号可靠性的重要任务。其中文全称为“接收机自主完整性监测”,主要用于实时监测和评估卫星导航接收机的定位数据完整性,有效提升飞行安全与系统容错能力。
Receiver Autonomous Integrity Monitoring具体释义
Receiver Autonomous Integrity Monitoring的英文发音
例句
- Integrity monitoring within certified aviation receivers is currently provided by Receiver Autonomous Integrity Monitoring(RAIM) ( RAIM ).
- 批准的航空接收机的完好性监测目前由RAIM(接收机自主完备性监测)提供。
- Research on GPS receiver autonomous integrity monitoring algorithm based on MCMC particle filtering
- 基于MCMC粒子滤波的GPS接收机自主完好性监测算法研究
- Study on GPS receiver autonomous integrity monitoring
- GPS自主式完整性检测技术研究
- In the user processing, many problems such as ionospheric delay high-precision correction, signal distortion influence analysis, receiver autonomous integrity monitoring ( RAIM ) and so on are focused on.
- 在用户端处理中,面临电离层延迟的高精度改正、卫星信号畸变导致的影响分析、接收机完好性的自主监测(RAIM)等众多问题。
- The current three methods for receiver autonomous integrity monitoring and fault satellite identification of GPS ( Global Positioning System ) are compared and analyzed.
- 通过分析比较卫星导航系统自主完好性监测算法中常用的三种故障星识别方法,文中提出它们在实质上是一致的观点。
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