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Chaotic phenomenon has a good ability to search for
an optimal solution of a problem with many local
minima. The current work uses the chaos theory with
focus on electrical circuits. Chua s circuit is a
good example to demonstrate the type of non-
linearity in the electrical circuit which causes
chaos.The opamp based hysteresis neuron model is
implemented and its stability is explained.
Stability criterion of the network can be used as a
cost function and when the network reaches its
stable point, this corresponds to a solution. This is
explained in regards to N-queens problem.The circuit
topology for solving 8-queens problem is proposed
that can be extended to N-queens.The hysteresis
neuron model is implemented using the double gate
MOSFET. Once we are able to build this analog
circuit representation of the network, the solution
can be obtained in a constant time irrespective of
the network size.
an optimal solution of a problem with many local
minima. The current work uses the chaos theory with
focus on electrical circuits. Chua s circuit is a
good example to demonstrate the type of non-
linearity in the electrical circuit which causes
chaos.The opamp based hysteresis neuron model is
implemented and its stability is explained.
Stability criterion of the network can be used as a
cost function and when the network reaches its
stable point, this corresponds to a solution. This is
explained in regards to N-queens problem.The circuit
topology for solving 8-queens problem is proposed
that can be extended to N-queens.The hysteresis
neuron model is implemented using the double gate
MOSFET. Once we are able to build this analog
circuit representation of the network, the solution
can be obtained in a constant time irrespective of
the network size.