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Decomposition Of Measured Contours Into Geometric Features For Dimensional Inspection, Devaraj Rajkumar
Decomposition Of Measured Contours Into Geometric Features For Dimensional Inspection, Devaraj Rajkumar
Dissertations and Theses
Image processing systems used in Vision Assisted Dimensional Inspection usually output a set of boundary pixels representing the part edges. This boundary information must be divided into several subsets representing the various edges of the actual object, so that comparisons with the nominal part can be made.
The purpose of this project is to devise a method to divide the set of pixels obtained from the image processing system into subsets of pixels. Each of these subsets represent an edge in the contour of the actual object. This method must also detect transition points between the adjacent features. This project …
Some Contributions To Generalized Inverse And The Linear Complementarity Problem., N. Eagambaram Dr.
Some Contributions To Generalized Inverse And The Linear Complementarity Problem., N. Eagambaram Dr.
Doctoral Theses
A generalized inverse (g-inverse) of a matrix A is a solution x to the matrix equationA XA = A(1.1.1)A g-inverse of A can be defined alternatively as a matrix x such that x = Xb is a solution to the linear equation Ax -b for any b that makes - b consistent. There is a vast literature on g-inverse. For a number of results on g-inverses and their applications one may refer to the well known books in the literature by Rao and Mitra (1971); and by Ben Israel and Greville (1974).Another inverse that lies hidden in the definition of …
An Effective Cube Comparison Method For Discrete Spectral Transformations Of Logic Functions, Ingo SchäFer
An Effective Cube Comparison Method For Discrete Spectral Transformations Of Logic Functions, Ingo SchäFer
Dissertations and Theses
Spectral methods have been used for many applications in digital logic design, digital signal processing and telecommunications. In digital logic design they are implemented for testing of logical networks, multiplexer-based logic synthesis, signal processing, image processing and pattern analysis. New developments of more efficient algorithms for spectral transformations (Rademacher-Walsh, Generalized Reed-Muller, Adding, Arithmetic, multiple-valued Walsh and multiple-valued Generalized Reed- Muller) their implementation and applications will be described.
Learning Algorithms For Artificial Neural Networks: A Closer Look At Back Propagation, Simplex And Monte Carlo, Sergio Alberto Cedeño
Learning Algorithms For Artificial Neural Networks: A Closer Look At Back Propagation, Simplex And Monte Carlo, Sergio Alberto Cedeño
Graduate Theses and Dissertations
No abstract provided.
The Development Of An Evaluation System Employing An Adaptive Alpha-Beta Tracking Algorithm, David Alan Brager
The Development Of An Evaluation System Employing An Adaptive Alpha-Beta Tracking Algorithm, David Alan Brager
Graduate Theses and Dissertations
No abstract provided.
Design Of Deadlock Detection And Prevention Algorithms In Distributed Systems, Ramesh Dutt Javagal
Design Of Deadlock Detection And Prevention Algorithms In Distributed Systems, Ramesh Dutt Javagal
UNLV Retrospective Theses & Dissertations
A distributed system consists of a collection of processes which communicate with each other by exchanging messages to achieve a common goal. One of the key problems in distributed systems is the possibility of deadlock. Processes are said to be deadlocked when some processes are blocked on resource requests that can never be satisfied unless drastic systems action is taken. Two distributed deadlock detection algorithms handling multiple outstanding requests is proposed and are proven to be correct: it detects all cycles and does not detect false deadlocks. The algorithms are based on the concept of chasing the edge of the …
Investigation Of Techniques For High Speed Cmos Arbitrary Waveform Generation, Albert Henry Nehl
Investigation Of Techniques For High Speed Cmos Arbitrary Waveform Generation, Albert Henry Nehl
Dissertations and Theses
Today a growing number of applications in design engineering, production and environmental testing, and system service require specific analog waveforms and digital patterns. Such requirements are neither satisfactorily nor easily met by the use of standard function or single purpose, custom generators.
Traditional methods of waveform generation suffer from undesirable complexity or mediocre performance and are otherwise limited. For the majority of arbitrary waveform generation applications, including medical engineering, modal analysis and electronic engineering, direct digital synthesis techniques are satisfactory. Direct digital synthesis, based generally on periodic retrieval of predetermined amplitude values, may be used to 2 generate such waveforms. …