The precise estimation of the frequency of the signal is of great significance in the Radar system, the electronic warfare system and many other systems. In this paper, we propose a development and verification platfo...The precise estimation of the frequency of the signal is of great significance in the Radar system, the electronic warfare system and many other systems. In this paper, we propose a development and verification platform for the frequency estimation system in the Matlab and Simulink environment. Its open-extensibility architecture enables the performance evaluation of different frequency estimation algorithms and its graphic interface can greatly promote the system design, simulation and verification efficiency.展开更多
为实现对磁流变半主动悬架控制算法快速有效的验证,基于快速原型控制器,设计搭建了控制算法验证平台。1/4车辆悬架系统模型考虑了主销倾角及下摆臂空间角度;悬架安装了加速度及车身高度传感器;使用LMS Test Lab试验测试系统采集分析悬...为实现对磁流变半主动悬架控制算法快速有效的验证,基于快速原型控制器,设计搭建了控制算法验证平台。1/4车辆悬架系统模型考虑了主销倾角及下摆臂空间角度;悬架安装了加速度及车身高度传感器;使用LMS Test Lab试验测试系统采集分析悬架系统振动状态;快速原型控制器作为开发调试控制算法的载体;通过平台验证试验,介绍了基于此平台开发调试算法的过程,验证了此平台控制过程监控、调试控制算法、量化分析控制效果的功能,表明此平台满足设计目标,可以方便、快捷及有效地开发、调试及验证半主动控制算法。展开更多
文摘The precise estimation of the frequency of the signal is of great significance in the Radar system, the electronic warfare system and many other systems. In this paper, we propose a development and verification platform for the frequency estimation system in the Matlab and Simulink environment. Its open-extensibility architecture enables the performance evaluation of different frequency estimation algorithms and its graphic interface can greatly promote the system design, simulation and verification efficiency.
文摘为实现对磁流变半主动悬架控制算法快速有效的验证,基于快速原型控制器,设计搭建了控制算法验证平台。1/4车辆悬架系统模型考虑了主销倾角及下摆臂空间角度;悬架安装了加速度及车身高度传感器;使用LMS Test Lab试验测试系统采集分析悬架系统振动状态;快速原型控制器作为开发调试控制算法的载体;通过平台验证试验,介绍了基于此平台开发调试算法的过程,验证了此平台控制过程监控、调试控制算法、量化分析控制效果的功能,表明此平台满足设计目标,可以方便、快捷及有效地开发、调试及验证半主动控制算法。