PROGRAMMING FOR A SYSTEM TO ASSIST IN THE CONTROL OF ROBOTS.

K. H. Chang; H. Funakubo; T. Dohi; T. Isomura; T. Komeda

PROGRAMMING FOR A SYSTEM TO ASSIST IN THE CONTROL OF ROBOTS.

K. H. Chang, H. Funakubo, T. Dohi, T. Isomura, T. Komeda

Department of Bioscience and Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

In this paper, a systematic program is developed for a robot control assisting system. It can implement various control schemes in real time, such as dynamic control or adaptive control. This program is divided into three steps. Before controlling a robot, it can perform several experiment to determine driving transformation coefficients of actuators and damping coefficients of joints, etc. When actually controlling a robot, the control algorithm can be assembled from instructions defined within the system in order to implement a specific control approach. Finally, serial data results can be recorded to evaluate its effect. The robot controlled can have up to 7 degrees of freedom, and because of its flexibility, programs to implement various control methods with existing robots can be realized.

Original language	English
Pages	767-774
Number of pages	8
Publication status	Published - 1985 Dec 1

ASJC Scopus subject areas

Engineering(all)

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Cite this

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title = "PROGRAMMING FOR A SYSTEM TO ASSIST IN THE CONTROL OF ROBOTS.",

abstract = "In this paper, a systematic program is developed for a robot control assisting system. It can implement various control schemes in real time, such as dynamic control or adaptive control. This program is divided into three steps. Before controlling a robot, it can perform several experiment to determine driving transformation coefficients of actuators and damping coefficients of joints, etc. When actually controlling a robot, the control algorithm can be assembled from instructions defined within the system in order to implement a specific control approach. Finally, serial data results can be recorded to evaluate its effect. The robot controlled can have up to 7 degrees of freedom, and because of its flexibility, programs to implement various control methods with existing robots can be realized.",

author = "Chang, {K. H.} and H. Funakubo and T. Dohi and T. Isomura and T. Komeda",

year = "1985",

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AU - Funakubo, H.

AU - Dohi, T.

AU - Isomura, T.

AU - Komeda, T.

PY - 1985/12/1

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N2 - In this paper, a systematic program is developed for a robot control assisting system. It can implement various control schemes in real time, such as dynamic control or adaptive control. This program is divided into three steps. Before controlling a robot, it can perform several experiment to determine driving transformation coefficients of actuators and damping coefficients of joints, etc. When actually controlling a robot, the control algorithm can be assembled from instructions defined within the system in order to implement a specific control approach. Finally, serial data results can be recorded to evaluate its effect. The robot controlled can have up to 7 degrees of freedom, and because of its flexibility, programs to implement various control methods with existing robots can be realized.

AB - In this paper, a systematic program is developed for a robot control assisting system. It can implement various control schemes in real time, such as dynamic control or adaptive control. This program is divided into three steps. Before controlling a robot, it can perform several experiment to determine driving transformation coefficients of actuators and damping coefficients of joints, etc. When actually controlling a robot, the control algorithm can be assembled from instructions defined within the system in order to implement a specific control approach. Finally, serial data results can be recorded to evaluate its effect. The robot controlled can have up to 7 degrees of freedom, and because of its flexibility, programs to implement various control methods with existing robots can be realized.

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