CAJ | 학술논문

针对北斗系统和惯导系统在现有实验室条件下无法同时模拟真实使用环境下加速度、速度和振动条件，提出使用地面高速火箭橇技术来实现导航系统动态情况下空间位置、速度和时间参数的标定技术。重点讨论了测试系统的组成结构和精度分析，通过这些技术手段来保证高精度导航系统在接近使用环境的条件下测试其精度。这种测试可以在导航系统产品设计、生产制造和交付验收等全阶段实施。
침대북두계통화관도계통재현유실험실조건하무법동시모의진실사용배경하가속도、속도화진동조건，제출사용지면고속화전취기술래실현도항계통동태정황하공간위치、속도화시간삼수적표정기술。중점토론료측시계통적조성결구화정도분석，통과저사기술수단래보증고정도도항계통재접근사용배경적조건하측시기정도。저충측시가이재도항계통산품설계、생산제조화교부험수등전계단실시。
Since Beidou system and inertial navigation system can not simultaneously simulate acceleration,velocity and vi-bration conditions in the real application environment under the existing laboratory conditions,the ground high-speed rocket sled technology was adopted to achieve the space position,velocity and time parameters calibration of navigation system in the case of dynamic environment. The composition structure and precision analysis of the test system are discussed emphatically. These technical means is necessary for accuracy testing to ensure the accuracy of navigation system under the conditions close to the cervice environment. This test can be implemented in navigation system product design,manufacturing and delivery.