Name: Matt Graham
Type: User
Company: D2D Technologies
Bio: Broadcast media software engineer and graduate research assistant studying experimental analysis of computational geometry algorithms.
Location: Jacksonville, Florida, USA
Matt Graham's Projects
A browser-based workspace for the development and demonstration of the A* algorithm in two-dimensions.
An interactive tool for experimenting with bounded-degree plane geometric spanners.
A multithreaded socket server that accepts client requests, performs the work on the server, then returns the result to the client.
C++ library for printing latex documents, including tikz images, pgfplots graphs, and tables.
Set up an NextGen TV broadcast app by running one command.
An implementation of the cuckoo hash map for Data Structures course, in Java.
Sinclair's openBA framework modified for ease-of-use.
Express' application generator
Calculates prime numbers as needed in a static context.
ATSC 3.0 NGBP Open Source Library and Android/AppleTV Samples - Supporting MMT and ROUTE/DASH, along with NRT data delivery services and many of the A/300 set of NextGen broadcast specifications for mobile and connected software development.
Computational geometry algorithms designed and/or implemented in CGAL at the University of North Florida.
A simple animation of a Monarch butterfly caterpillar, built as a tool to learn CSS flexbox.
A plugin for the open-source network simulator ns3 which gives a class for constructing wireless coverage regions fast using unit disk cover approximations.
Converts a value of known scale into a RGB color value, following the colors of the rainbow.
C++/BGL/CGAL implementation of RRT*, a near-optimal pathfinding algorithm for motion planning in an obstacle-laden environment, along with SDL/OpenGL visualization.