Browsing Division of Electrical, Electronics, and Computer Science (EECS) by thesis submitted date"1984"
Now showing items 1-7 of 7
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Analysis of vectorcardiograms using fourier descriptors
This thesis presents the results of analysis of three important aspects of vectorcardiograms: rhythm monitoring, morphological studies, and data compression. For this purpose, the method of Fourier Descriptors (FDs)-a ... -
Design and performance studies on bus-based multi microcomputer systems
(1) Highlight the key attributes of the design space at the processor memory subsystem level of bus-based multimicro-computer systems; and suggest memory placement as well as bus-allocation procedures, which can result in ... -
Implementation Of Database Security Features Using Bit Matrices
(Indian Institute of Science, 2005-02-16)Information security is of utmost concern in a multiuser environment. The importance of security is felt much more with the widespread use of distributed database. Information is by itself a critical resource of an enterprise ... -
New approaches to improved detection and tracking performance in radars
The purpose of a Track While Scan (TWS) radar system is to detect, locate and track the various targets under its surveillance in the presence of interfering echoes. In the conventional approaches, the two basic functions ... -
Optical edge defection based image segementation algorithms
The work reported in this thesis primarily addresses edge detection algorithms in noisy images. The subjective errors that are inevitable in preprocessing and postprocessing generally used in edge detection cause errors ... -
Pattern recognition via Fuzzy set methods
The main objective of this thesis is the development of a methodology based on fuzzy set theory for several practical pattern recognition problems. Pattern recognition (PR) encompasses a range of problems from feature ... -
Studies on improvement of acoustic bragg imagery
Acoustic Bragg Diffraction Imaging (ABI) enables non-invasive visualization of object details opaque to light. It renders real-time imaging, preserves phase information, and is simple in implementation. Even though ABI has ...

