为了便于进行形象化的理解，本章进行了控制结果的可视化编程。利用Matlab与Borland C++ Builder的程序开发接口，通过建立独立的可执行程序，演示了控制过程中对熨平板进行调节的过程。最终认为，PID控制和人工神经网络控制对控制速度和精度都有了很多的改善；对摊铺机自动调平装置而言，其控制器的设计占有重要的地位。 -To facilitate figurative understanding of this chapter for the control of the results

THE ANTI LOCK BRAKE SYSTEM MODEL WITH WHEEL SPEED,VEHICLE SPEED AND SLIP RATIO MATLAB. Simulink are used to develop and simulate the controllers. Then, Simulink Coder, and Real-Time Windows Target are used to generate and run the resulting controller