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Local Sequence alignment is an important task for bioinformatics. The most widely used algorithm is Smith-Waterman [1] has a quadratic time complexity which is time consuming especially in large biological database search. Many attempts were made to accelerate Smith-Waterman using parallel architecture. In this paper a parallel implementation of Smith(More)
This paper considers the problem of local stabilization of nonlinear dynamical system around an equilibrium point when the state of the system is accessible. The paper deals with the problem whether the equations of the system are known or unknown. The nonlinear controller that can stabilize nonlinear system is established using neural networks. Validity(More)
This paper considers the problem of local stabilization of a nonlinear dynamical system around an equilibrium point when the state variables of the dynamical system are accessible. The problem is considered whether the state variables or input-output measurements are used to generate the control signals. The paper deals with the problem whether the(More)
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