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Audio/Video Unification
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This is a personal project unrelated and unrestricted
by UF affiliation. This project is what I hope will
be the foundation of something great one day.
For now, this project will be a listing of some simple
concepts to elaborate on what it will fully encompass.
Enjoy!!!
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Tree Transformations
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This is the subject of my senior project. After taking
Translators with Dr. Bermudez, I decided that there should
be alternate methods of adding functionality to a translator.
This functionality can be implemented as a short cut with the
introduction of tree transformations. Specific applicable
useability includes transformation of "switch/case" into
"if/else" and "for" into "while" statements.
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Perl Programs
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Practical Extraction and Report Language aka PERL, is a great
language for writing any text parsing programs. However, it can
be slow when it manipulates databases in excess of thousands of
lines. My programs are very simple and contain about 20-50
lines of code.
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Java Programs
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Java..Java..Java..., my friends want me to put that here. They
say I speak Java. Java is a wonderful successor to C/C++. It
doesn't contain the low level hardware manipulation that C
permits, and thus can be problematic in high speed devices.
However, Java is wonderful for designing large scale multi-platform
utilities. Those programs such as MS Office, Corel Suite, etc. that
everyone uses from time to time. Java allows modular systems to
be designed very easily and logically. Great for large software
packages that aren't speed dependent. My programs are mainly
array reversals, and designing fast arrays using trees and the like.
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VHDL Designs
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VHSIC-HDL aka VHDL stands for Very High Speed Integrated
Circuit Hardware Description Language. My designs are for
simple devices such as adders and such. The hierarchial approach
that I've used allows for easy manipulation of smaller building
blocks to build large scale logic circuits. Very spiffy stuff.
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