孙迪生, 阎晋屯, 林晓平. 第二代机器人控制器体系结构[J]. 机器人, 1991, 13(4): 35-38.
引用本文: 孙迪生, 阎晋屯, 林晓平. 第二代机器人控制器体系结构[J]. 机器人, 1991, 13(4): 35-38.
SUN Disheng, YAN Jintun, LIN Xiaoping. ARCHITECTURE OF SECOND-GENERATION ROBOT CONTROLLER[J]. ROBOT, 1991, 13(4): 35-38.
Citation: SUN Disheng, YAN Jintun, LIN Xiaoping. ARCHITECTURE OF SECOND-GENERATION ROBOT CONTROLLER[J]. ROBOT, 1991, 13(4): 35-38.

第二代机器人控制器体系结构

ARCHITECTURE OF SECOND-GENERATION ROBOT CONTROLLER

  • 摘要: 本文讨论了第二代机器人控制器的设计及基于Transputer并行途径的实现.机器人新的应用要求和电子技术的进展推动机器人计算机体系结构向专用化亦即VLSI化方向发展1.本文提出的机器人控制系统的设计体现了分层递阶结构的控制思想,并且选用了Inmos公司的TRANSPUTER作为研制该系统的主要元件.因此,该系统能够提供比已有结构更高的计算能力、可扩展性和灵活性.

     

    Abstract: This paper proposes the architecture design of a new kind of robot controller, and itstransputer-based parallel processing implementation. Novel application requirements for robots andadvancement in electronic techniques have impulsed computer architecture design for robots in specificapplication direction, namely, VLSI. The design presented reflects the thought of hierarchically intelligentcontrol. A transputer chip developed by INMOS corporation is used as the elementary unit of this systemso that it can provide stronger computing capacity, expansibility and flexibility than previous controllers.

     

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