1
Andrew J Valencia: Cache affinity scheduler. Sequent Computer Systems, Stoel Rives Boley Jones & Grey, February 9, 1993: US05185861 (88 worldwide citation)

A computing system (50) includes N number of symmetrical computing engines having N number of cache memories joined by a system bus (12). The computing system includes a global run queue (54), an FPA global run queue, and N number of affinity run queues (58). Each engine is associated with one affin ...


2
Andrew J Valencia: Cache affinity scheduler. Sequent Computer Systems, Stoel Rives Boley Jones & Grey, November 9, 1993: US05261053 (25 worldwide citation)

A computing system (50) includes N number of symmetrical computing engines having N number of cache memories joined by a system bus (12). The computing system includes a global run queue (54), an FPA global run queue, and N number of affinity run queues (58). Each engine is associated with one affin ...


3
Valencia Andrew J: Cache affinity scheduler. Sequent Computer Systems, May 24, 1995: GB2284081-A (4 worldwide citation)

A computing system 50 includes N symmetrical computing engines having N cache memories joined by a system bus 12. The computing system includes a global run queue (54), an FPA global run queue, and N affinity run queues (58). Each engine is associated with one affinity run queue, which includes mult ...


4
Valencia Andrew J: Cache affinity scheduler. Sequent Computer Systems, February 24, 1993: GB2258933-A (3 worldwide citation)

A computing system 50 includes N computing engines having N cache memories connected by a system bus 12. The computing system includes a global run queue (fig 5 not shown), an FPA global run queue, and N affinity run queues, each associated with one computing engine. When a process first becomes run ...