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By Kyandoghere Kyamakya

ISBN-10: 9491216309

ISBN-13: 9789491216305

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Therefore, the system may have 2k distinct possible states. For this reason, sequential systems are also commonly called as finite state systems [7]. The total state of the system is defined as the union of the two sets of primary and secondary input signals. So, there are 2n+k different total states. Mealy Finite State Machines: A Quantum Inspired Evolutionary Approach 25 Fig. 2 The structural description of a Mealy state machine The output signals can also be divided into two groups: primary output signals (o1 , o2 , .

Given a state transition function, it is expected that the complexity (area and time) and so the cost of the control logic will vary for different assignments of flip-flop combinations to allowed states. Consequently, the designer should seek the assignment that minimizes the complexity and so the cost of the combinational logic required to control the state transitions. 1, wherein two possible state assignments are prescribed in the last two columns. As there are two states, we need two flip-flops, say W and X to store the state.

If it is too big, the search grid of the algorithm would be large and the solutions may diverge or converge prematurely to a local optimum. If it is too small, the search grid of the algorithm would be small and the algorithm may fall in stagnant state. Hence, the magnitude of Δθ is defined as a variable, which values depend on the application problem. 05π . 3 State Assignment Fitness his step of the quantum inspired evolutionary algorithm evaluates the fitness of each binary solutions obtained from the observation of the states of the q-individuals.

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Intelligence for Nonlinear Dynamics and Synchronisation by Kyandoghere Kyamakya


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