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  • bBlocks : a flexible object oriented microarchitecture simulation framework

    Creator:
    Hua, Ying
    Abstract:
    This research develops an object-oriented approach of modeling microprocessor architecture. A generic modeling library, bBlocks, is proposed as a framework for constructing microprocessor simulation. bBlocks is a collection of predefined abstract components (blocks) implemented in Java, the object-oriented programming language. Blocks are defined and used as the basic components in...
    Resource Type:
    Masters Thesis
    Full Text:
    features from all previous ones [12]. For example, while C++ was just a programming language, Java, with

  • An approach for selecting a language for computer hardware description and simulation

    Creator:
    Milden, Mark R.
    Abstract:
    This paper corrects an apparent deficiency in the published information concerning Hardware Description Languages (HDLs) by introducing and discussing an approach for selecting an HDL for use in a design project. Although three classes of HDLs are discussed in this paper, High-Level Languages (HLLs), General Purpose Simulation Languages (GPSLs) and...
    Resource Type:
    Masters Thesis
    Full Text:
    Approach for Selecting a Language for Computer Hardware Description and Simulation. Abstract approved

  • SIDAC-I a simulated digital-analog computer

    Creator:
    Ordeedolchest, Manoo
    Abstract:
    SIDAC-I is a digital analog simulator which permits analog as well as hybrid simulations to be programmed on a digital computer. FORTRAN, a scientific computer language, may be included as an integral part of the SIDAC-I simulation language. The simulator consists of a controller program and a set of predefined...
    Resource Type:
    Masters Thesis
    Full Text:
    language, may be included as an integral part of the SIDAC -I simulation language. The simulator

  • Digital simulation of a load-peaking generation station located in a tidal estuary

    Creator:
    Husband, James Harris
    Abstract:
    This simulation is a model for a tidal power-peaking plant that can be used to determine the electrical peaking generation for a given set of conditions. The simulation internally contains a tide producing function for a specific year, the hydraulic characteristics of the plant, and the plant's machines' characteristics. The...
    Resource Type:
    Masters Thesis
    Full Text:
    SIMULATION 22 Computer Source Deck Language 22 Restrictions on the Programmed Simulation 22 IV