Assembly Language Instruction

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The Experts below are selected from a list of 1425 Experts worldwide ranked by ideXlab platform

Gwendolyn H Walton - One of the best experts on this subject based on the ideXlab platform.

  • next generation software engineering function extraction for computation of software behavior
    Hawaii International Conference on System Sciences, 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

  • HICSS - Next-Generation Software Engineering: Function Extraction for Computation of Software Behavior
    2007 40th Annual Hawaii International Conference on System Sciences (HICSS'07), 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

Richard C Linger - One of the best experts on this subject based on the ideXlab platform.

  • next generation software engineering function extraction for computation of software behavior
    Hawaii International Conference on System Sciences, 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

  • HICSS - Next-Generation Software Engineering: Function Extraction for Computation of Software Behavior
    2007 40th Annual Hawaii International Conference on System Sciences (HICSS'07), 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

Mark G Pleszkoch - One of the best experts on this subject based on the ideXlab platform.

  • next generation software engineering function extraction for computation of software behavior
    Hawaii International Conference on System Sciences, 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

  • HICSS - Next-Generation Software Engineering: Function Extraction for Computation of Software Behavior
    2007 40th Annual Hawaii International Conference on System Sciences (HICSS'07), 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

L Burns - One of the best experts on this subject based on the ideXlab platform.

  • next generation software engineering function extraction for computation of software behavior
    Hawaii International Conference on System Sciences, 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

  • HICSS - Next-Generation Software Engineering: Function Extraction for Computation of Software Behavior
    2007 40th Annual Hawaii International Conference on System Sciences (HICSS'07), 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

Alan R Hevner - One of the best experts on this subject based on the ideXlab platform.

  • next generation software engineering function extraction for computation of software behavior
    Hawaii International Conference on System Sciences, 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

  • HICSS - Next-Generation Software Engineering: Function Extraction for Computation of Software Behavior
    2007 40th Annual Hawaii International Conference on System Sciences (HICSS'07), 2007
    Co-Authors: Richard C Linger, Mark G Pleszkoch, L Burns, Alan R Hevner, Gwendolyn H Walton
    Abstract:

    The ultra-large-scale systems of the future require the transformation of software engineering into a computational discipline capable of fast and dependable software development. This paper discusses an emerging next-generation software engineering research area: function extraction (FX) technology for automated computation to the maximum extent possible of the behavior, correctness, and quality attributes of software components and their compositions into systems. An introduction to the mathematical foundations for computation of software behavior is provided, followed by an overview description of a rigorously designed experiment to quantify the potential for FX technology, and a discussion of a CERT STAR *Lab first application of FX technology to compute the behavior of code expressed in the Intel Assembly Language Instruction set

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