摘要
Fuzzy Logic based applications are growing day-by-day , not only highend and high-tech application , but especially consumer . Nowadays , most of these applications are implemented by software routines written on standard microcontrollers . This approach introduces some limitation both in the flexibility and in the complexity and , above all in the implemented algorithm performances. The correct approach for Fuzzy Logic based control systems is represented by a dedicated device that has , besides the fuzzy computation capability, the features of a standard microcontroller, that are: “traditional” Boolean computation capability, L/O units, and on-chip peripherals.
Fuzzy Logic based applications are growing day-by-day , not only highend and high-tech application , but especially consumer . Nowadays , most of these applications are implemented by software routines written on standard microcontrollers . This approach introduces some limitation both in the flexibility and in the complexity and , above all in the implemented algorithm performances. The correct approach for Fuzzy Logic based control systems is represented by a dedicated device that has , besides the fuzzy computation capability, the features of a standard microcontroller, that are: “traditional” Boolean computation capability, L/O units, and on-chip peripherals.
出处
《电子产品世界》
2001年第13期17-18,22-2,共4页
Electronic Engineering & Product World
