The general modulus Jacobi iteration method for linear complementarity problems

Ximing Fang, Caimin Wei


For the large sparse linear complementarity problem, by reformulating
them as implicit fixed-point equations problems, relying on
matrix-splittings, many modulus methods are produced. In this
paper, the general modulus Jacobi method and its convergence
property were established, and the domain and the optimum value of
the parameter are presented in one special situation. Numerical
results show that this method is superior to some other modulus
methods in computing efficiency and feasible aspects in some

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