VLSI algorithms for Doolittle's, Crout's, and Cholesky's methods

In order to take full advantage of the emerging VLSI technology it is required to recognize its limited communication capability and structure algorithms accordingly. In this paper concurrent algorithms for the methods of Crout, Doolittle and Cholesky are described and compared with concurrent algorithms for Gauss' , Given's and Householder's method. The effect of pipe lining the computations in two dimensional arrays is given special attention.