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Simplified robust high performance PID control algorithms

Jonathan E. Whitlow

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Abstract

This paper presents a PID controller, which is augmented by dynamic terms to provide high performance, with guaranteed robustness. Building upon previous work done in the area for a PI controller, a simplification leads to a single tuning parameter above, what is required for a conventional controller. Results performed from simulation show that reductions of up to 85% based on absolute integral error criteria (IAE) can be achieved.

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What this paper is about

This paper presents a PID controller, which is augmented by dynamic terms to provide high performance, with guaranteed robustness. Building upon previous work done in the area for a PI controller, a simplification leads to a single tuning parameter above, what is required for a conventional controller. Results performed from simulation show that reductions of up to 85% based on absolute integral error criteria (IAE) can be achieved.

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Available abstract

This paper presents a PID controller, which is augmented by dynamic terms to provide high performance, with guaranteed robustness. Building upon previous work done in the area for a PI controller, a simplification leads to a single tuning parameter above, what is required for a conventional controller. Results performed from simulation show that reductions of up to 85% based on absolute integral error criteria (IAE) can be achieved.

Key concepts: PID controller, Robustness (evolution), Control theory (sociology), Computer science, Robust control, Algorithm, Control engineering, Control system

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