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                    Figure 3.A.9  Zeus Hecht-Nielsen.


                    laboratory for help with computer confabulation experiments. Domestic cat Zeus Hecht-Nielsen
                    (Figure 3.A.9) and I have spent part of most mornings since May 1990 exploring our family
                    compound and eating breakfast together. These thousands of hours of personal interaction and
                    behavioral observation have yielded many valuable insights into the workings of cognition; some of
                    which were indispensable in the development of this theory.

                                               APPENDIX REFERENCES


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                    Amit D., Modeling Brain Function: The World of Attractor Networks, Cambridge University Press, Cam-
                          bridge, UK (1989).
                    Anderson J.A., A memory storage model utilizing spatial correlation functions, Kybernetik, 5 (1968),
                          pp. 113–119.
                    Anderson J.A., A simple neural network generating an interactive memory, Mathematical Biosciences,14
                          (1972), pp. 197–220.
                    Anderson J.A., J.W. Silverstein, S.A. Ritz and R.S. Jones, Distinctive features, categorical perception,
                          and probability learning: some applications of a neural model, Psychological Reviews, 84 (1977),
                          pp. 413–451.
                    Barto A.G., R.S. Sutton and C.W. Anderson, Neuronlike adaptive elements that can solve difficult learning
                          problems, IEEE Transactions on Systems, Man, and Cybernetics, SMC–13 (1983), pp. 834–846.
                    Carpenter G.A. and S. Grossberg (eds), Pattern Recognition by Self-Organizing Neural Networks, MIT Press,
                          Cambridge, Massachusetts (1991).
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