The invariant conditions of the stabilized platform control system for variable structure control were verified and a sliding mode was constructed.
验证了稳定平台控制系统对于变结构控制的不变性条件，构造了滑动模态。
The invariant conditions of the stabilized platform control system for variable structure control were verified and a sliding mode was constructed.
系统状态一旦进入到准滑动模态，就对设备参数变化和外界干扰显示出强的鲁棒性，因为控制器的设计完全考虑了边界层的影响。
The simulation result proved that the new platform control strategy can guarantee robustness of system, and improve isolation performance of platform to vehicle disturbance.
仿真结果表明，这种改进的稳像平台滑模控制策略在保证系统鲁棒性的同时，能够大大提高平台对载体扰动的隔离性能。
A risk assessment model based on Bayesian network was proposed. In this model, each risk event influencing the Trusted Platform Control Module (TPCM) 's trust was analyzed.
对可信平台控制模块(TPCM)的风险进行了分析，针对其特点和风险定量评估要求，提出了基于贝叶斯网络的TPCM风险评估模型。
A risk assessment model based on Bayesian network was proposed. In this model, each risk event influencing the Trusted Platform Control Module (TPCM) 's trust was analyzed.
对可信平台控制模块(TPCM)的风险进行了分析，针对其特点和风险定量评估要求，提出了基于贝叶斯网络的TPCM风险评估模型。
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