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传感器分辨率对动态的影响

[英]sensor resolution impact on dynamics

Is there a way to apply sensor model inside dynamics of a system in Matlab?有没有办法在 Matlab 的系统动力学中应用传感器 model?

Suppose dynamics of open loop system are:假设开环系统的动力学是:

xdot = A x + B u
y = c x + D u

x is 4 states (th1, th2, th1_dot, th2_dot) . x 是 4 个状态(th1, th2, th1_dot, th2_dot) The open loop system is denoted by G_p , and the control is denoted by G_c .开环系统用G_p表示,控制用G_c表示。 The closed loop system would be闭环系统将是

G_cl = Gp Gc/(1+Gp*Gc)

For now, I model sensor with floor function in Matlab and after controlling the system and simulating the response of system to a given input, I quantize one of the states with floor function. For now, I model sensor with floor function in Matlab and after controlling the system and simulating the response of system to a given input, I quantize one of the states with floor function. But, since this does not give realistic impact of sensor on other states, I want to move sensor model inside my open loop dynamics or at least before the controller is implemented.但是,由于这不会对传感器对其他状态产生实际影响,我想将传感器 model 移动到我的开环动态范围内,或者至少在实现 controller 之前移动。

I appreciate any ideas.我很欣赏任何想法。

Yes, you can add additional transfer function or state-space system in your feedback loop to represent the system dynamics:是的,您可以在反馈回路中添加额外的传输 function 或状态空间系统来表示系统动态:

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