Real-Time Full-Programmable Fuzzy Processor on an Intel Pentium I11

This paper presents a real-time full-programmable fuzzy processor using piecewise-linear intelpolation techniques and implements it using the SSE (Streaming SIMD Extensions) set of instructions of an Intel Pentium III. A full-programmable fuzzy processor is defined as a system where the set of rules, the membership finctions, the t-norm, the t-conorm, the aggregation operator, the propagation operator, and the defuzzification can be defined by any valid algorithm. Real-time fuzzy processing is defined as processing the knowledge base in a constant time and with a minimum speed of 10 MFLIPS. The full-programmable fuzzy processor presented processes four 2 input-1 output fuzzy systems at 100 MFLIPS on an Intel Pentium III 450 MHz. Key Words: fuzzy processing, linear interpolatio