Parallel Processing Systems

TL;DR: A new quadrant interlocking factorization is introduced for use with the partition method for the solution of tridiagonal linear systems that has the properties that the vector is invariant under the transformation W and the solution process with coefficient matrix Z proceeds from the first and the last unknowns towards the middle ones.

TL;DR: These pioneering efforts are considered in the light of future large-scale computational applications, which will require parallel super computing power and also a new outlook to computational models.

TL;DR: It seems to be possible to create a Standard-Processor STP, which unifies the many different operation modes in computing, and the resulting performance will be higher on an average over all modes than it could be achieved e.g. if one tries to transpose a typical APP-Problem onto a conventional GPP- Processor.

TL;DR: The aim is to analyze the processor operation in these designs and derive a description of the requirements for a general IPS cell and achieve twicefold speedup and efficiency according to the conventional BLA and ULA solutions.