profiles the performance of the gpu driven pipeline cores and feeds back performance data to the software multi pipe drivers for dynamically determining and controlling the mode of parallelization during the generation of each frame of pixel data while running a graphics application application_number US 97822607 A description the techniques taught in applicant 39 s prior pct application no pct il04 001069 published as wipo publication no wo 2005 050557 a2 incorporated herein by reference teaches the use of a graphics scalable hub architecture comprised of hardware hub and software hub driver which serves to glue together i e functioning in parallel off the shelf gpu chips for the purpose of providing a high performance and scalable visualization solution object division decomposition algorithm employing multiple parallel modes and combination thereof and adaptive parallel mode management also pct application no pct il2004 000079 published as wipo publication no wo 2004 070652 a2 incorporated herein by reference teaches the use of compositing image mechanism based on associative decision making to provide fast and non expensive re compositing of frame buffers as part of object division parallelism the approaches taught in applicant 39 s pct applications identified above have numerous advantages and benefits namely the ability to construct powerful parallel systems by use of off the shelf gpus transparently to existing applications however in many applications it will be desirable to provide such benefits in conventional graphics systems using an alternative approach namely by providing pcs with a graphics processing and display architecture employing powerful graphics processing and display system realized on monolithic silicon chips for the purpose of delivering high performance high frame rate stability of graphic solutions at relatively low cost and transparency to existing graphics applications the benefits of this novel alternative approach include vlsi.