James E. Smith
- Amdh81.Amdahl Corporauon, Ama~hl 4701,'/8 Computing $yxlem Machine Reference Manual, publication no. GI014.0-03A, Oct, 1981.Google Scholar
- Amdh80.Amdahl Corporation, "580 Technical lmroduction." 1980.Google Scholar
- Ande67.D.W, Anderson. F.J, 5paracio, F.M, Tomasuio. "The IBM System/360 Model 91" Machine Philosophy and Instruction- Handling," IBM Journal of Research =rod Developmenl, V 1.1, January 1967, pp. 8-24.Google ScholarDigital Library
- Bons69.P, Bonseigneur. "Description of the 7600 Computer System." Compuler Group News. May 1969. pp. 11-15.Google Scholar
- Buch62.W. Bucholz,ed., Planning a Computer System. McGraw-Hill, New York. !962. Google ScholarDigital Library
- CDC84.Control Data Corporation. CDC Cyber 180 Computer 5wwm Mode/ 990 Hat, wore Re(~retlce Ma~uat. pub. No. 60462090. 1984.Google Scholar
- CDC81.Control Data Corporation, "CDC CYBER 200 Model 205 Computer System Hardware Reference Manual." Arden Hills. MN, 1981.Google Scholar
- Cray79.Cray Research, Inc., "CRAY-I Compuler Systems, Hardware Reference Manual," Chippewa Falls, WI, 1979.Google Scholar
- Henn82.J. Hennessy el. al., "Hardware~Software "fradeoff.~ for Increased Performance." l'roc. .S~,tnp. ol~ ArchHecturo/ S,pporl /or ProgrommmR L,anEuoge~ aJzd OperettaA, S y.wem.~. April 1982. pp. 2-11. Google ScholarDigital Library
- HiTa72.R. G. Hints and D, P. Tale, "Control Data STAR-I00 Processor Design," Compcosz 72. IEEE Computer Society Conference Proc,, Sept. 1972, pp. |-4.Google Scholar
- McMa72.F. H. McMahon. "FORTRAN CPU Performance Analysis." Lawrence Livermore Laboratories, 1972.Google Scholar
- PaSm83.N, Pang and J. E. Smith, "CRAY-I Simulation Tools." Tech. Report ECE-83-ll. Universiw of Wisconsin-Madison. Dec. 1983.Google Scholar
- Russ78.R.M. Russell, "The CRAY-I Computer System," Comm ACM, V 21, N I, January 1978, pp. 63-72. Google ScholarDigital Library
- Stev81.David Stevenson. "A Proposed Standard for Banal' Floating Point Arithmetic," ComlJuler, V 14 N 3. March 198 i, pp. 51- 62.Google Scholar
- Thor70.J.E. Thornton, Design of o Computer ~ The Conlrol Data 6600. Scan, Foresman and Co., Gienview, IL, ~970 Google ScholarDigital Library
- Ward82.William P. Ward, "Minicomputer Blasts Through 4 Million inszrucuons a Second," Eleclmmcs, Jan. 13. 1982, pp. 155- 159.Google Scholar
Index Terms
- Implementation of precise interrupts in pipelined processors
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Implementing Precise Interrupts in Pipelined Processors
Five solutions to the precise interrupt problem in pipelined processors are described and evaluated. An interrupt is precise if the saved process state corresponds to a sequential model of program execution in which one instruction completes before the ...
Precise Interrupts
Interrupts and in particular precise interrupts constitute an integral part of all computer architectures. Implementing precise interrupts can substantially inhibit the performance of computers. To gain some insight into the problem, we divide common ...
A Mechanism for Implementing Precise Exceptions in Pipelined Processors
DSD '04: Proceedings of the Digital System Design, EUROMICRO SystemsAn exception is precise if all instructions before the faulting instruction have completed and those instructions following it can be restarted from scratch. If all exceptions in a processor are precise, the processor is said to implement the precise ...
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