Size independent implementation of matrix operations on TASA-a two-dimensional array matrix architecture
H. Van Dinh Le, Marek A. Perkowski · 1990
A two-dimensional-array systolic architecture (TASA) is a general-purpose parallel computer for solving a wide class of computationally intensive problems. The application of TASA to implement the Faddeev algorithm for classical matrix algebra operations has been previously shown. It is shown here that this architecture is problem size independent for the Faddeev algorithm.>