Abstract
This paper is concerned with one problem in creating intellectual control systems: methods and design tools of fuzzy logical devices for building modern efficient and reliable control systems in poorly formalized problems and ill-structured problem domains. Flaws of the available microprocessor devices for fuzzy information processing are indicated and alternative design principles of fuzzy logic control systems based on high-speed spatially distributed wave guide optical structures are considered based on an example of an opto-electronic dephaser. High-speed spatially distributed wave guide optical structures are shown as being advantageous for solving the scientific and engineering problems for developing new design methods of fuzzy logical devices with enhanced technical characteristics for implementation of fuzzy logical control.
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