Linear dynamic feedback sequential machines with matrix memory implementation

Abstract

The analysis and design of linear dynamic feedback sequential machines implemented with matrix memories, such as read only memories, is presented. Such machines differ from direct feedback sequential machines with no external inputs in that they may enter or exit any trap state or loop at any specified time; each particular machine is defined by an external control input. This control input may come from the external world or the output of another memory or a processing computer. Consequently, these machines may be considered as adaptive machines. Additionally, they are programmable, the same machine may be designed to satisfy requirements of a variety of applications in discrete-time control systems.