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Design of flexible robot control system

机译:柔性机器人控制系统设计

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A flexible robot control system using a real-time, multitasking operating system (QNX{sup}TM) was developed and tested. A standard personal microcomputer was shown to be capable of controlling a five-degree-of-freedom CRS M1A robot manipulator byusing modular software written in the C program. Standard servomotors, amplifiers, and custom developed motion control interface cards were utilized. The software has the ability to implement user specified control parameters and on-line gain adjustmentand to specify path profiles using a keyboard. The multitasked software is ideal for the integration of several processes such as information processing from sensors, control of the peripheral process, and process control in real time.
机译:开发并测试了使用实时多任务操作系统(QNX {sup} TM)的灵活的机器人控制系统。通过使用用C程序编写的模块化软件,显示出标准的个人微型计算机能够控制五自由度CRS M1A机器人操纵器。使用了标准的伺服电机,放大器和定制开发的运动控制接口卡。该软件可以实现用户指定的控制参数和在线增益调整,并可以使用键盘指定路径配置文件。多任务软件非常适合集成多个过程,例如来自传感器的信息处理,外围过程的控制以及实时过程控制。

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