mfdeakin/comp633_pa2
Creates an nxn matrix M, and computes M * Transpose(M) with CUDA.
Discovered public repositories for mfdeakin in the GitHub catalog.
Creates an nxn matrix M, and computes M * Transpose(M) with CUDA.
A Java Modbus Master
First programming assignment for COMP633
A solver for the bounded knapsack problem
Base for a Windows program with OpenGL
Public repository.
A "simple" controller for our kayak. It responds to Santa Clara's command structure only. It also makes estimates of the battery life of the motor controller battery.
An implementation of Dr. Tanenbaum's solution to the dining philosophers
A makefile for the Arduino Due.
Finite element analysis of the heating of a pan in an oven.
Arduino AX3500 Motor Controller Interface.
Test platform for the kayak's scheduler.
Demonstration of a scheduler which uses a Red Black Tree
An implementation of a smooth particle hydrodynamics system.
CSC 315 bonus project
Assignment 3
Implementation of a heap in C
Graphics program 1 for assignment 2
BTree for my CSC 310 class
Public repository.
Assignment 1 Program 3
Assignment 1, Program 1
Assignment 1, Program 2
A simple pdf viewer implemented with Qt, OpenGL, and Poppler
Implementation of Canny Edge Detector in C. Reads in a bitmap with 32 bit colors
Implementation of a linked list in C and also C++
A port of programs written by Dr. Randall Peters to C#
Simulation of a lightbulb in parallel with a capacitor
Create a path of places to go using Google Maps and a local database
Introduction to Postscript
Implementation of a BTree in C
Software that takes pictures with digital cameras and constructs a 3d model