Bibtex entry:

@inproceedings{esscirc94:Man,
  key  ={esscirc94:Man},
  title={A Modular Analog Architecture for Fuzzy Controllers},
  author={N.Manaresi and  E.Franchi and  R.Guerrieri and G.Baccarani and R.Poluzzi},
  journal={Proceedings of the 20th European Solid State Circuit Conference (ESSCIRC '94)},
  pages={288-291},
  year={1994},
  keywords={fuzzy, analog, circuit},
  abstract={A description of the analog circuit for function synthesis  based on 
fuzzy logic is given.
A   modular  architecture has been implemented:
it allows to synthesize functions 
 with the desired number of inputs, outputs and rules. 
A prototype with nine rules, two inputs and one output 
 has been fabricated in a standard CMOS $1.5\mu m$ technology and
measurements results are discussed in this paper:
the basic module featuring one rule  requires a silicon area of 
 $265 \mu m \times 140 \mu m$ and 
the power consumption is below $350 \mu W$, using a $5V$ power supply. 
The rules  are computed in parallel
achieving  a maximum measured delay response to a step input function of 
 $600ns$.
},
}

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