基于无人机的嵌入式标校系统

针对着舰引导系统标校装置中各模块体积大、功率大产生的架设不便和各合作目标独立的问题,结合校飞需求,设计一种便于无人机架设的小型化、轻功率的嵌入式标校方案.该方案合理运用嵌入式软硬件开发有关技术,对着舰引导系统各合作目标进行分析,完成了小型化和一体化的校飞系统设计与实现.研究结果表明:该系统在ARM芯片处理器的统一协同控制和时统下工作,有较强的实用价值,为无人机校飞领域开辟了新的思路.

Embedded Calibration System Based on UAV

Aiming at the problems of inconvenience of erecting and the independence of cooperation targets that have the problems with large volume and high-power in the calibration devices of landing guidance system and with the needs of the calibration based on UAV,the small size and light power embedding a calibration system based on the unmanned aerial vehicles (UAV) is put forward.The paper uses the embedded software and hardware technology to design the project,analyzing and completing the integrating the cooperation system of the guidance system.The results of the research indicate that the system works with unify-time under the control of the ARM chip processor and has high practical value.The paper opens up new ideas for the calibration based on UAV.