The General Modulus-Based Synchronous Multi-Splitting Iteration Models for H₊-Matrices Linear Complementarity Issues

More studies have been conducted on the synchronous multi-splitting iteration technique to improve its suitability for linear complementarity issues in today's fast-paced multiprocessor parallel computing settings. A new, general modulus-based synchronous multi-splitting iteration technique (GMSM method) is introduced. This technique extends previous approaches and boasts outstanding parallel computing capabilities. The convergence of the new technique is examined, and the findings on convergence are presented across various scenarios. These findings support some previous related findings.