Instruction redundancy and softwaretrap technology can not get out of trouble, then the system will be paralyzed.
指令冗余和软件陷阱技术不能使失控的程序摆脱困境,这时系统将瘫痪。
2
Power failure protection, instruction redundancy, softwaretrap and digital filter are used to improve the stability of the controller.
控制器采用掉电保护、指令冗余、软件陷阱、数字滤波等方法,以提高控制器的稳定性。
3
Based on the experiments, the reason of breakup and hardening technology are studied. The validity of instruction redundancy, softwaretrap and watchdog for anti-breakup are validated by experiments.