In this paper, control performance assessment (CPA) is studied for batch processes
controlled by iterative learning control (ILC). A 2-D linear quadratic Gaussian (LQG) …

A general framework for the analysis of the finite wordlength (FWL) effects of linear time-
invariant digital filter implementations is proposed. By means of a special implicit system …

The problem of minimizing an L/sub 2/-sensitivity measure subject to L/sub 2/-norm dynamic-
range scaling constraints for state-space digital filters is formulated. It is shown that the …

Analysis, design, and realization of digital filters have experienced major developments
since the 1970s, and have now become an integral part of the theory and practice in the field …

This paper investigates the problem of minimizing an L/sub 2/-sensitivity measure subject to
L/sub 2/-norm dynamic-range scaling constraints for one-dimensional (1-D) as well as a …

This brief proposes a systematic approach to synthesis of limit cycle free state-space digital
filters with minimum L 2-sensitivity. We synthesize the minimum L 2-sensitivity realization …

This paper proposes a closed form solution to L 2-sensitivity minimization of second-order
state-space digital filters. Restricting ourselves to the second-order case of state-space …

This paper investigates the problem of frequency-weighted l 2-sensitivity minimization
subject to l 2-scaling constraints for two-dimensional (2-D) state-space digital filters …

Abstract Systems based on fixed-point arithmetic, when carefully designed, seem to behave
as their infinite precision analogues. Most often, however, this is only a macroscopic …

This brief presents a new measure used for the implementation of filters/controllers in state-
space form. It investigates the transfer function deviation generated by the coefficient …