Luigi Logrippo
- 1 ANDERSON, D W, SPARACIO, F J, AND TOMASULO, R M Machme philosophy and instrucuon handhng IBM J Res. Develop. 11 (I 967), 8-24.Google Scholar
- 2 BAER, J L A survey of some theoretical aspects of multtprocessmg Comptg Surveys 5 (1973), 31-80 Google Scholar
- 3 KARP, R M., AND MILLER, R.E. Parallel program schemata J Comptr. Syst. Sci. 3 (1969), 147-195.Google Scholar
- 4 KELLER, R.M Parallel program schemata and maxtmal parallehsm Pt I. Fundamental results. ~ ACM 20, 3 (July 1973), 514-537; Pt II Construction of closures ~ ACM 20, 4 (Oct 1973), 696-710. Google Scholar
- 5 KELLER, R.M Look-ahead processors. Comptg. Surveys 5 (1975), 177-195 Google Scholar
- 6 KoTov,V E, AND }qARIN'YANI, A.S Theory of parallel programming, Pts. I, II Cybernaics 10 (1974), 1-18, 377-392, 745-748Google Scholar
- 7 LOGRIPPO, L. Renammgs m parallel program schemas Res Rep. CS-74-05, Dept. Appl. Analysis and Comptr Sci, U of Waterloo, Waterloo, Ont, 1974.Google Scholar
- 8 LoGmPpo,L.Renammgs and economy of memory m program schemata J ACM 25, I (Jan. 1978), 10-22. Google Scholar
- 9 MANNA,Z.MathemaUcal Theory of Computatwn McGraw-Hill, New York, 1974. Google Scholar
- 10 MILLER, R E, ANt) YAr, C.K. On formulating sunultanetty for studying parallehsm and synchromzatton Proc 10th Annual ACM Symp. Theory of Comptg, San D~ego, Cahf., May 1978, pp. 105-113 Google Scholar
- 11 PATERSON, M S Equwalence problems m a model of computation Memo No. 1, A. I Lab., M. I T, Cambndge, Mass., 1970Google Scholar
- 12 STONE, H.S A p~pelme push-down stack computer In Parallel Processor Systems, Technologies, and Apphcatwns, L C. Hobbs, Ed, Spartan Books, Washmgton, D C, 1970, pp. 235-249.Google Scholar
Index Terms
- Renamings, Maximal Parallelism, and Space-Time Tradeoff in Program Schemata
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