This paper describes a programmable fuzzy controller chip designed with mixed-signal IC techniques. Its input and output signals are analog to directly interact with the information from the real world. The programmability interface is digital and the output signal is also given in digital format to allow easy embedding into digital processing environments. Experimental results from a prototype integrated in a 2.4-μm CMOS process are included
Limited precision imposes limits on the complexity of analogue circuits, and hence fuzzy analogue co...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...
This paper discusses architectural and circuit-level aspects related to hardware realizations of fuz...
Analog circuits are natural candidates to design fuzzy chips with optimum speed/power figures for pr...
Nowadays, real-time applications of Fuzzy Logic in different domains are being increasingly reported...
This paper presents mixed-signal current-mode CMOS circuits to implement programmable fuzzy control...
A digitally - programmable analogue Fuzzy Logic Controller (FLC) is presented. Input and output sign...
Analog circuits are natural candidates to design fuzzy chips with optimum speed/power figures for pr...
A mixed analog-digital fuzzy logic inference processor chip, designed in a 0.35-μmCMOS technology, i...
This paper presents a mixed-signal neuro-fuzzy controller chip which, in terms of power consumption,...
The required building blocks of CMOS fuzzy chips capable of performing as adaptive fuzzy systems are...
Limits to precision impose limits to the complexity of analog circuits, hence fuzzy analog controll...
The low/medium precision required for many fuzzy applications makes analog circuits natural candidat...
Analog circuits provide better area/power efficiency than their digital counterparts for low-medium ...
Limited precision imposes limits on the complexity of analogue circuits, and hence fuzzy analogue co...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...
This paper discusses architectural and circuit-level aspects related to hardware realizations of fuz...
Analog circuits are natural candidates to design fuzzy chips with optimum speed/power figures for pr...
Nowadays, real-time applications of Fuzzy Logic in different domains are being increasingly reported...
This paper presents mixed-signal current-mode CMOS circuits to implement programmable fuzzy control...
A digitally - programmable analogue Fuzzy Logic Controller (FLC) is presented. Input and output sign...
Analog circuits are natural candidates to design fuzzy chips with optimum speed/power figures for pr...
A mixed analog-digital fuzzy logic inference processor chip, designed in a 0.35-μmCMOS technology, i...
This paper presents a mixed-signal neuro-fuzzy controller chip which, in terms of power consumption,...
The required building blocks of CMOS fuzzy chips capable of performing as adaptive fuzzy systems are...
Limits to precision impose limits to the complexity of analog circuits, hence fuzzy analog controll...
The low/medium precision required for many fuzzy applications makes analog circuits natural candidat...
Analog circuits provide better area/power efficiency than their digital counterparts for low-medium ...
Limited precision imposes limits on the complexity of analogue circuits, and hence fuzzy analogue co...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...
We present a highly modular fuzzy inference analog CMOS chip architecture with on-chip digital progr...