Contour tracking control in position domain: principle, development, and application

位置域轮廓跟踪控制：原理、发展与应用

• 批准号: RGPIN-2016-04527
• 负责人: Ouyang, Puren
• 金额: $ 1.89万
• 依托单位: Ryerson University
• 依托单位国家: 加拿大
• 项目类别: Discovery Grants Program - Individual
• 财政年份: 2019
• 资助国家: 加拿大
• 起止时间: 2019-01-01 至 2020-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=681412
• 关键词: Contour; tracking; control; position; domain

The high complexity, nonlinearity, and wide applications of robotic systems have led to extensive research in the field of robot control. Many control methods have been developed with the goal of achieving high contour tracking and reliable performances. In the applicant's recent research, the concept of position domain control was introduced in a simple form of PD/PID control laws for robotic systems to improve contour tracking performance as a superior alternative to time domain control. ******To build the position domain control system, a multi-axis robotic system is viewed as a masterslave motion system. The master motion is measured and used as a reference that will not produce any error to the final contour error, and the slave motions are described as functions of the master motion according to the contour trajectory requirements. Slave motion control is implemented in position domain based on the master motion. ******Theoretical research and systematic development of position domain control systems are necessary in order to promote the new position domain control and its applications in manufacturing industry. This research aims to develop position domain control theory, methods, and applications for contour tracking in manufacturing processes as an alternative that has superior performance than the time domain counterparts.******The long-term goal of this research program is to make position domain control as a core control technology for contour tracking of robotic systems and to improve product quality in manufacturing processes. ******The research program aims at developing a general position domain control theory that can integrate the traditional time domain control theory, providing alternative but superior control systems for contour tracking applications, and exploring its applications for hybrid robotic systems. ******This research will develop the following enabling technologies to make position domain control a reality and potential applications in manufacturing processes: (1) Theoretical study of position domain control to build a united system architecture that can integrate position domain control and time domain control. (2) Development of advanced position domain control systems to expand the control methods developed in time domain to position domain. (3) Testing, verification, and application of the position domain control system in hybrid macro-micro motion systems and hybrid actuation systems.******The applicant has a proven research record, a capable and motivated team to succeed in the proposed research program. This program will build an excellent environment for training 2 PhD students and 2 master's students to equip them with multi-disciplinary knowledge and cutting-edge research techniques. Results of this research can lead to the real application of contour tracking control for performance improvement, and advance the competitiveness of the manufacturing sector in Canada. *** **

机器人系统的高度复杂性、非线性和广泛的应用导致了机器人控制领域的广泛研究。为了实现高的轮廓跟踪和可靠的性能，已经开发了许多控制方法。在申请人最近的研究中，位置域控制的概念被引入到机器人系统的PD/PID控制律的简单形式中，以改善轮廓跟踪性能，作为一种优于时域控制的选择。*为了建立位置域控制系统，将多轴机器人系统视为主从运动系统。测量主运动，并将其作为不会对最终轮廓误差产生任何误差的基准，并根据轮廓轨迹要求将从运动描述为主运动的函数。以主运动为基础，在位置域实现从运动控制。为了推动新的位置域控制及其在制造业中的应用，有必要对位置域控制系统进行理论研究和系统开发。本研究旨在发展位置域控制理论、方法及应用于制造过程中的轮廓跟踪，作为一种性能优于时间域控制的替代方案。本研究计划的长期目标是将位置域控制作为机器人系统轮廓跟踪的核心控制技术，以提高制造过程中的产品质量。*该研究计划旨在开发一种能够整合传统的时间域控制理论的通用位置域控制理论，为轮廓跟踪应用提供替代但更优越的控制系统，并探索其在混合机器人系统中的应用。*本研究将开发以下使能技术，以实现位置域控制及其在制造过程中的潜在应用：(1)位置域控制的理论研究，构建可集成位置域控制和时间域控制的统一系统架构。(2)开发先进的位置域控制系统，将时间域的控制方法扩展到位置域。(3)位置域控制系统在宏微混合运动系统和混合驱动系统中的测试、验证和应用。*申请人有良好的研究记录，有能力和积极的团队成功完成拟议的研究计划。该项目将为培养2名博士生和2名硕士生营造良好的环境，使他们掌握多学科知识和尖端研究技术。本文的研究成果可以为轮廓跟踪控制在性能改进中的实际应用，提升加拿大制造业的竞争力提供参考。*