Download Part 2 - TJHSST.edu

Computer Systems Lab
TJHSST
Current Projects
In-House, pt 1
Current Projects, In-House
Pt. 1 (Projs 1-5)
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Software Systems Development
Computational Models of Traffic Flow
Genetic Algorithms and Music
Car Simulation with OpenGL
Sorting Parts of Variable Width
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Software
Systems
Development
The primary purpose of our
Computer Systems Research
project is to investigate the
feasibility and consequences of
establishing a student workgroup
based on a classical development
lifecycle model. We modeled our
project on the Waterfall
Development Model, otherwise
known as the Systems
Development Lifecycle Model
(SDLC).
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Computational
Models of
Traffic
The goal of my project is to make an
accurate simulation of traffic in an
multi-lane intersection world that
will be easily mutable for work in
studies on the effects of construction
work and accidents on traffic flow.
Traffic Simulations are used in a
variety of ways. One of the most
prominent and original uses was to
use traffic simulations to evaluate
alternate treatments.
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Genetic
Algorithms
and Music
Genetic algorithms use feedback
resulting from evaluating data sets
to optimize these data sets for the
best performance as defined by
the user. The main data
processing is done in LISP. The
creation of audio files is done
using Csound.
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Car Simulation
This project will be used to simulate
carrelated incidents from the
real world. By working with this
program, users will be able to benefit
from responses to scenarios that may
have hazardous consequences in real
life. By showing real people the
decisions of robots, human drivers
will attempt to replicate the robots'
acceptable actions.
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Sorting Parts of
Variable Width
Problem Statement. To analyze the
efficacy of sort parts by using slots
and utilizing the variable angular
velocities that result when parts of
distinct physical dimensions move off
of a relatively flat inclined surface.
Purpose. The final goal is to assess
the feasibility of quality control based
on taking advantage of the different
orientations at various time after
release that are caused by deviations
from the original product.
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