N. Kajler. CAS/PI: A portable and extensible interface for computer algebra system. In International Symposium on Symbolic and Algebraic Computation (ISSAC'92), pages 376386. ACM, 1992.  Home/Search   Document Details and Download   Summary   Related Articles   Check

....When tasks are partitioned in suciently large chunks, the overhead of communication is not a problem. However, for more ne grained computations, one would envision extending this work to integrate some of the previous work on marshalling mechanisms and distributed symbolic computation in general [8, 11]. Another possible direction for future work would be heterogeneous, distributed computation. With an appropriate marshalling mechanism, one can eliminate the restriction that all processes execute the same language. Indeed, some of the slaves might potentially be a non interactive and or ....

N. Kajler, \CAS/PI: a Portable and Extensible Interface for Computer Algebra Systems", Proc. of Int. Symp. on Symbolic and Algebraic Computation (ISSAC-92), ACM Press, 1992.

....tasks are partitioned in sufficiently large chunks, the overhead of communication is not a problem. However, for more fine grained computations, one would envision extending this work to integrate some of the previous work on marshalling mechanisms and distributed symbolic computation in general [8, 11]. Another possible direction for future work would be heterogeneous, distributed computation. With an appropriate marshalling mechanism, one can eliminate the restriction that all processes execute the same language. Indeed, some of the slaves might potentially be a non interactive and or ....

N. Kajler, "CAS/PI: a Portable and Extensible Interface for Computer Algebra Systems", Proc. of Int. Symp. on Symbolic and Algebraic Computation (ISSAC-92), ACM Press, 1992.

.... (early) works related to the exchange of mathematical data between scientific applications are reported in [2] and in [16] Notable implementations of distributed architectures that provide some exchange of mathematical expressions include Polylith [23] CaminoReal [3] SUI [8] DSC [7] CAS PI [15], CC [6] and NetSolve [22] Based on our experiences and applying emerging technologies, we pursue the IAMC project with these goals: To make math oriented data and services easily and widely accessible on the Internet in many contexts directly, via the Web, by email, for distance ....

N. Kajler. CAS/PI: a Portable and Extensible Interface for Computer Algebra Systems. In ISSAC'92, pages 376--386. ACM Press, 1992.

....remotely. To access a remote mathematical compute engine, the architecture generally consists a user interface, a programming interface, and a mathematical encoding on top of the communication network protocol layers. Researchers worldwide have made contributions in the user interface (e.g. CAS PI [6], SUI [2] and GI S [20] and the encoding (e.g. OpenMath [1] MathML [4] and MP [3] and the protocol (e.g. MCP [17, 18] OpenXM [15] and KQML [7] levels. However, the programming interface area requires more investigation. With a well defined application programming interface, distributed ....

KAJLER, N. CAS/PI: a Portable and Extensible Interface for Computer Algebra Systems. Proceedings of ISSAC'92, ACM Press 1992

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N. Kajler. CAS/PI: A portable and extensible interface for computer algebra system. In International Symposium on Symbolic and Algebraic Computation (ISSAC'92), pages 376386. ACM, 1992.

No context found.

Kajler, N. (1992). CAS/PI: A portable and extensible interface for computer algebra system. In International Symposium on Symbolic and Algebraic Computation (ISSAC'92), pages 376--386. ACM.

No context found.

N. Kajler. CAS/PI: A portable and extensible interface for computer algebra system. In International Symposium on Symbolic and Algebraic Computation (ISSAC'92), pages 376386. ACM, 1992.

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