Programming in JAVA
* Pencil me in: A program to
read in file containing a calendar of events and generate a weekly schedule
in HTML format (list and table).
* Whiteboard: A standalone whiteboard
that allows single person to draw common shapes such as circles and squares
to a window, cut and paste these shapes, and even save drawings to disk.
* Distributed Whiteboard: Allows
multiple, geographically distributed users to communicate with each other
by drawing to a common window.
Graphics
(in C)
* Impressionistic paint system:
The program will load a full color image, allow the user to create a painting
by sweeping the mouse over the image. (OpenGL)
* Special Effects System: It
is a set of plug-ins for a video-editing system and then to create a special-effects
video that shows off the plug-ins. (OpenGL)
* Articulated Model: To Create
an object in the Virtual Reality Modeling Language that will contain a
number of animated movements that can be triggered by a user.(VRML)
* Shading and Texturing: It is
a shading function that can illuminate and shade models used in computer
graphics.(OpenGL)
Operating System ( Nachos Programming
Project ) ( in C++ )
* Threads: Complete a working
thread system and use it to solve sychronization problems.
* Multiprogramming: Implement
system calls and exception handling, multiprogramming.
* Virtual Memory: Investigate
the interaction between the TLB, the virtual memory system and the file
system.
* Build a File System.
Distributed
Systems( in C++)
* Consistent
distributed shared memory: DSM read sharing, DSM
server bypass, Lazy lock release, etc.
* A
multiplayer computer game: Mazewar--a distributed,
multiplayer game that allows each player to control a rat in
a maze. A player receives points for tagging other rats with
a projectile and loses points for being tagged.
Computer Architecture
* Fix the bugs in the Verilog
model so that the test programs run correctly; modify the Verilog model
to meet the execution requirements.
* Pipeline the verilog MIPS-Lite
model, implement bypassing and interlocks.
Real-time Application of Mini
and Micro Computers( in C++)
* Real time Robotics Control.
* Design of stepping motors.
* Design of control of servo
motors.
* Use DC motor plus one stepping
motor to emulate a plotter operation.
IC Design
* CMOS Fast Adder Module.
* Low power RAM Decoder.
* Operational Amplifier Design.