Michael A. Jenkins - researchr alias

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Viewing Publication 1 - 37 from 37

1996

Effective data parallel computation using the Psi calculusLenore M. R. Mullin, Michael A. Jenkins. concurrency, 8(7):499-515, 1996.

1993

Querying and Exploring Large Knowledge BasesHing-Kai Hung, T. Patrick Martin, Janice I. Glasgow, Chris Walmsley, Michael A. Jenkins. DEXA 1993: 474-477

1991

Logic Programming with ArraysJanice I. Glasgow, Michael A. Jenkins, Eli Blevis, Michel P. Féret. tkde, 3(3):307-319, 1991. [doi]

1990

An Architecture for Real-Time Diagnostics SystemsMichel P. Féret, Janice I. Glasgow, Denise Lawson, Michael A. Jenkins. ieaaie 1990: 9-15 [doi]

1989

Expressing parallel algorithms in NialJanice I. Glasgow, Michael A. Jenkins, H. Meijer, Carl McCrosky. pc, 11(3):331-347, 1989.

A Logical Basis for Nested Array Data StructuresMichael A. Jenkins, Janice I. Glasgow. Comp. Lang., Syst. \& Struct., 14(1):35-51, 1989.

Q Nial; A Portable Interpreter for the Nested Interactive Array Language, NialMichael A. Jenkins. SPE, 19(2):111-126, 1989.

Design of a processor for array-theoretic computationCarl McCrosky, Michael A. Jenkins. jss, 9(1):67-74, 1989. [doi]

1988

Simulating the object-oriented paradigm to NialPhilip J. Beaudet, Michael A. Jenkins. SIGPLAN, 23(6):49-58, 1988. [doi]

Array theory, logic and the Nial languageJanice I. Glasgow, Michael A. Jenkins. iccl 1988: 296-303 [doi]

1986

A programming language for learning environmentsJanice I. Glasgow, Michael A. Jenkins, Laurie J. Hendren. ci, 2:68-75, 1986.

Programming Styles in NialMichael A. Jenkins, Janice I. Glasgow, Carl McCrosky. IEEE Software, 3(1):46-55, 1986.

1985

User Defined Parallel Control Strategies in NialJanice I. Glasgow, Michael A. Jenkins, Carl McCrosky. SLP 1985: 22-28

1984

Nial: A candidate language for fifth generation computer systemsCarl McCrosky, Janice I. Glasgow, Michael A. Jenkins. acm 1984: 157-166 [doi]

1982

Array diagrams and the Nial approachFl. Schmidt, Michael A. Jenkins. apl 1982: 315-319 [doi]

Eigenanalysis and polynomial root finding primitive functionsS. Schmidt, James A. Brown, Michael A. Jenkins. apl 1982: 320-324 [doi]

1981

The APL identity crisisJames A. Brown, Michael A. Jenkins. apl 1981: 62-66 [doi]

A development system for testing array theory conceptsMichael A. Jenkins. apl 1981: 152-159 [doi]

1979

Recursive Data Structures in APLW. E. Gull, Michael A. Jenkins. CACM, 22(2):79-96, 1979.

Decisions for Type in APLW. E. Gull, Michael A. Jenkins. POPL 1979: 190-196 [doi]

Nested arrays as an extension for APLMichael A. Jenkins. apl 1979: 140 [doi]

AlgorithmsMichael A. Jenkins. sigapl, 10(1):19-22, 1979. [doi]

1978

AlgorithmsMichael A. Jenkins. sigapl, 8(3):39-43, 1978. [doi]

Operators in an APL containing nested arraysMichael A. Jenkins, Jean Michel. sigapl, 9(2):8-20, 1978. [doi]

On Types in Recursive Data Structures: A Study from the APL LiteratureMichael A. Jenkins, Jean Michel. jcit 1978: 523-529

1976

Recursive data structures and related control mechanisms in APLW. E. Gull, Michael A. Jenkins. apl 1976: 201-210 [doi]

1975

Principles for Testing Polynomial Zerofinding ProgramsMichael A. Jenkins, J. F. Traub. TOMS, 1(1):26-34, 1975. [doi]

Algorithm 493: Zeros of a Real Polynomial [C2]Michael A. Jenkins. TOMS, 1(2):178-189, 1975. [doi]

The design of an APL primitive function for the eigenproblemMichael A. Jenkins. apl 1975: 201-207 [doi]

Translating APL, an empirical studyMichael A. Jenkins. apl 1975: 192-200 [doi]

1973

QUEST: the design of a very high level, pedagogic programming languageTrevor I. Fenner, Michael A. Jenkins, Robert D. Tennent. SIGPLAN, 8(2):3-27, 1973. [doi]

Bernoulli s Method with Implicit ShiftingMichael A. Jenkins. JACM, 20(4):539-544, 1973. [doi]

The design and implementation of quest, a very high level pedagogic programming languageMichael A. Jenkins, Robert D. Tennent. SIGPLAN, 8(6):50-51, 1973. [doi]

A compiler for APLMichael A. Jenkins. SIGPLAN, 8(6):49-50, 1973. [doi]

1972

Zeros of a Complex Polynomial [C2] (Algorithm 419)Michael A. Jenkins, J. F. Traub. CACM, 15(2):97-99, 1972.

DOMINO: an APL primitive function for matrix inversion - - its implementation and applicationsMichael A. Jenkins. SIGPLAN, 7(4):29-40, 1972. [doi]

1969

Three-stage variable-shift iterations for the solution of polynomial equations with a posteriori error bounds for the zerosMichael A. Jenkins. PhD thesis, Stanford University, USA, 1969. [doi]

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