IBM Journal of Research and Development · 1990 · 49 citations · 15 references
EngineeringComputer EngineeringComputer ScienceCompilersComputer ArchitectureSystems ArchitectureInstruction Set ArchitectureMemory HierarchyMemory Hierarchy DesignMemory Subsystem DesignMicroarchitecture DesignProcessor MicroarchitectureHierarchyHigh-performance Computing SystemsInstruction Selection For Reduced Instruction Set ComputingMicroarchitectural OptimizationReduced Instruction Set ComputingRisc ArchitecturesStorage Hierarchy
This paper traces the evolution of IBM RISC architecture from its origins in the 1970s at the IBM Thomas J. Watson Research Center to the present-day IBM RISC System/6000* computer. The acronym RISC, for Reduced Instruction-Set Computer, is used in this paper to describe the 801 and subsequent architectures. However, RISC in this context does not strictly imply a reduced number of instructions, but rather a set of primitives carefully chosen to exploit the fastest component of the storage hierarchy and provide instructions that can be generated easily by compilers. We describe how these goals were embodied in the 801 architecture and how they have since evolved on the basis of experience and new technologies. The effect of this evolution is illustrated with the results of several benchmark tests of CPU performance.
15
Register allocation via coloring
Gregory J. Chaitin, Marc Auslander, Ashok K. Chandra et al. · Computer Languages · 1981 · 731 citations
An overview of the PL.8 compiler
Marc Auslander, Martin Hopkins · 1982 · 116 citations