A review of industrial tracking control algorithms
Journal article, 2020

Advanced manufacturing is characterised by machines that move an end effector through a given trajectory to perform operations such as cutting, grinding and printing. In many industrial machines, properties such as structural flexibility, external disturbances as well as spatially separate actuator and end effector make the tracking problem challenging. In this paper, a literature survey on trajectory tracking control algorithms is conducted to examine representative features of existing methods. Then the major classes of algorithms are compared on a commercial single-axis test bench to provide practitioners with a direct insight into the trade-off between performance and implementation.

Trajectory tracking Motion control Industrial machines

Author

Meng Yuan

University of Melbourne

Chris Manzie

University of Melbourne

Malcolm Good

University of Melbourne

Iman Shames

University of Melbourne

Lu Gan

ANCA Motion

Farzad Keynejad

ANCA Motion

Troy Robinette

ANCA Motion

Control Engineering Practice

0967-0661 (ISSN)

Vol. 102 104536

Subject Categories (SSIF 2011)

Control Engineering

DOI

10.1016/j.conengprac.2020.104536

More information

Latest update

5/8/2025 7