CAJ | 학술논문

针对当前大量优秀导航算法停留在理论仿真研究阶段，无法用极小的代价完成实际工程验证的不足，提出了一种面向工程应用的导航算法性能测试系统实现方案，通过对用户可任意配置时钟、多导航传感器数据接收与同步支持、全球导航卫星系统（GNSS）和捷联式惯性导航系统（SINS）软件模块设计，实现了全开放软硬件平台的低成本、多功能导航算法性能测试系统。实际测试与论证表明：该系统既可用于新的GNSS、SINS算法性能测试，也可满足多种不同组合模式下的数据融合算法验证需求，具有重要的理论指导意义和工程应用价值。
침대당전대량우수도항산법정류재이론방진연구계단，무법용겁소적대개완성실제공정험증적불족，제출료일충면향공정응용적도항산법성능측시계통실현방안，통과대용호가임의배치시종、다도항전감기수거접수여동보지지、전구도항위성계통（GNSS）화첩련식관성도항계통（SINS）연건모괴설계，실현료전개방연경건평태적저성본、다공능도항산법성능측시계통。실제측시여론증표명：해계통기가용우신적GNSS、SINS산법성능측시，야가만족다충불동조합모식하적수거융합산법험증수구，구유중요적이론지도의의화공정응용개치。
A lot of current good navigation algorithm remains in the theoretical simulation stage, which can＇t be verified in practical engineering with miimal price. A highly flexible multi-function navigation algorithm performance testing system is designed and realized. The system including user configurable clock, more navigation sensor reception and data synchronization, GNSS and SINS software modules are designed. By means of a full open hardware software platform, A low cost multifunctional navigation algorithm performance testing system is achieved. Actual test and demonstration show that the system can be used for new GNSS, SINS algorithm performance testing, can meet data fusion algorithm valida- tion requirements of different navigation mode, and has important theoretical significance and value in engineering.