摘要
针对新型捷联结构中相对旋转运动下的初始参数装订问题,设计了基于蓝牙的解决方案。在FPGA中构建基于NIOSII处理器的SOPC系统,实现对蓝牙的控制。实验结果表明,系统在高速相对转动以及高过载情况下能够进行稳定的数据传输,能够满足弹体飞行时对通信可靠性的要求。
A solution based on Bluetooth is put forward, to solve the initial parameters loading problem in case of relative rotational movement in a new type of strap structure. The SOPC system based on NIOSII built in FP- GA is used to control Bluetooth. The experiment results show that system can transmit data steadily in the context of high - speed relative rotation and high overload, and can meet actual need.
出处
《核电子学与探测技术》
CAS
CSCD
北大核心
2010年第11期1430-1433,共4页
Nuclear Electronics & Detection Technology
关键词
捷联结构
相对转动
参数装订
蓝牙
NIOSII
strap structure, relative rotation, parameters loading, Bluetooth, NIOSII