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Browsing School of Engineering & Computer Science by Issue Date

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Browsing School of Engineering & Computer Science by Issue Date

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  • Maurer, Peter M.
    This report gives the details an algorithm for determining whether two matrix groups are conjugate to one another. Each group is designated by a pair of matrices that generate the group. The algorithm is able to determine ...
  • Maurer, Peter M.
    Several research problems are discussed, including communication mechanisms and the interface between components and the glue logic used to tie them together. A technique for engineering new component-level applications ...
  • Maurer, Peter M.
    The characterization of the symmetries of boolean functions is important both in automatic layout synthesis, and in automatic verification of manually created layouts. It is possible to characterize the symmetries of an ...
  • Maurer, Peter M.
    Over the past few years I have been engaged in an intense study of GF(2) matrices, especially of dimensions 2, 3, 4, and 5. The software I used for this study was mostly a bunch of ad-hoc subroutines scattered over numerous ...
  • Maurer, Peter M.
    This is the software described in the technical report “The GF2Matrices Classes: A Programming Package for Mathematical Research.” Over the past few years I have been engaged in an intense study of GF(2) matrices, especially ...
  • Li Shen, Carmen C.
    Impulse C is a C-to-HDL compiler from Impulse Accelerated Technology that facilitates the introduction of software programmers, mathematicians, and scientists, into the realm of FPGA-based algorithm development for high-speed ...
  • Greer, Stanton.
    Coconuts grow abundantly in tropical regions, and the coconut husk is often discarded as waste. However, a new application has increased interest in developing this previously underutilized resource. Coconut pith has ...
  • Lam, Bernard O.
    This thesis focuses on the bandwidth limitations faced by the legacy MIL-STD-1553 data bus. In order to improve bandwidth performance, lossless implementations of data compression routines have been proposed. Using data ...
  • Maurer, Peter M.
    This report contains some data about the General Linear Groups of GF(2) for dimensions 2, 3, 4, and 5. These groups are groups of matrices over GF(2), the integers modulo 2. The General Linear Group of order is the set ...
  • Maurer, Peter M.
    Metamorphic programming is an effective tool for creating efficient and elegant solutions to many programming problems, at least once you get over the shock of seeing code that violates many of the accepted rules of good ...
  • Maurer, Peter M.
    The objective of the algorithm described in this report is to optimally guess a hidden binary string based on queries to an oracle where the length of the string is known beforehand. A C++ version of the algorithm is given ...
  • Maurer, Peter M.
    A method for determining the symmetries of the inputs of a logic gate either from its truth table or from facts obtained by inspection of its circuit is presented. The symmetry rule of a gate with n inputs is defined in ...
  • Maurer, Peter M.
    In this report, I offer a technique for computing power sums that is: intuitive, well-motivated, generalizable to all k, and suitable for presentation to pre-calculus students.
  • Speegle, Greg
    The creation of a capstone course for an un- dergraduate computer science curriculum mirrors traditional software design. Initially, a high-level goal is created. This is refined into lower-level specifications by ...
  • Maurer, Peter M.
    The Functional Hardware Design Language is an expandable language that is designed to make it easy to specify gate-level. FHDL currently supports the specification of gates, high-level functional blocks, state machines, ...
  • Maurer, Peter M.
    The Functional Hardware Design Language can be used to create all parts of a digital design. It can be used to design logic-level circuits with ordinary gates, flip-flops and mid-sized functional blocks. It is hierarchical ...
  • Maurer, Peter M.
    The Inversion Algorithm is an event driven algorithm whose performance meets or exceeds that of Levelized Compiled Code simulation, even when the activity rate is unrealistically high. Existing implementations of the ...
  • Maurer, Peter M.
    The Inversion Algorithm is an event-driven logic simulation technique that is competitive with Levelized Compiled Code Simulation. Previous versions of the Inversion Algorithm have been limited to purely binary simulation. ...
  • Maurer, Peter M.
    Event driven simulation normally requires a great deal of computation to perform a multitude of different tasks. The purpose of this paper is to show that none of these computations are necessary. Most computations are ...
  • Maurer, Peter M.
    The PC-set method and the parallel technique are two methods for generating compiled unit-delay simulations of acyclic circuits. The PC-set method analyzes the network, determines the set of potential change times for each ...

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