针对感应同步器测角系统，提出了一种自动检测测角误差、辨识误差模型系数和补偿误差的方法。
A method that measuring angular displacement error, identifying parameters of error model and compensating error automatically was put forward based on inductosyn angular measuring system.
最后，设计了无耦合条件下永磁直流电机参数简易测试系统。实现了电机电流的采集、处理及电机参数的自动辨识。
Finally, the simple test system is designed, which actualizes the collection of the motor current data and automatic identification of the parameters.
我们建立一个可以自动地辨识出十种不同动作的系统，这个系统分成两种情况对人类动作影片作测试。
We implement a system to automatically recognize ten different types of actions, and the system has been tested on real human action videos in two cases.
发动机空载工况的辨识在车辆动力传动系统仿真和车辆的起步、换档自动控制中起着重要的作用。
Important function is played by identification of engine no-load mode in simulation of power transmission system, starting and automatic shifting control of motor vehicle.
最后对一个实际的张力agc控制系统进行了系统辨识的实验，建立了该系统的动态控制方程，该方程已应用于厚度自动控制系统中。
The system identification experiment has been carried out on a actual T-AGC control system. The dynamic control equation has been set up and applied to the automatic gauge control system.
系统辨识是高性能自动化技术(如适应控制与学习控制)中的重要内容。
System identification plays an important role in high performance automation technologies such as adaptive control and learning control.
通过射频识别技术，可以实现一种自动的车辆辨识系统，使得车辆的停入和驶出能在一个快速的方式下处理，实现无人、安全、自动化。
Through the rfid technology, can achieve a kind of automatic vehicle identification system, makes vehicle parked into and pulled in a quick way to realize under processing, no, safety and automation.
通过射频识别技术，可以实现一种自动的车辆辨识系统，使得车辆的停入和驶出能在一个快速的方式下处理，实现无人、安全、自动化。
Through the rfid technology, can achieve a kind of automatic vehicle identification system, makes vehicle parked into and pulled in a quick way to realize under processing, no, safety and automation.
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