zsouser/mobilesite
My mobile site
Discovered public repositories for zsouser in the GitHub catalog.
My mobile site
Simple todo list that reminds you of tasks based on time and/or location. Final project for CS 390H at MSU Denver.
Simple android application that allows you to select a color by RGB value.
Public repository.
Public repository.
This is my personal home page, constructed in PHP and made beautiful by jQuery and Javascript. Utilizes static routes to load controllers for data models, in (very) loose coherence with the MVC paradigm. Contains a blog, resume, authentication, and a very simple contact me page.
A few exercises in the Lisp programming language
A multithreaded program that emulates the trading of various metals between brokers, suppliers, and consumers.
A recursive descent parser that verifies the syntax for an imaginary variant of assembly called MAL
In an attempt to solve a sudoku puzzle while demonstrating different combinatorial search techniques, we had to solve a puzzle using three different approaches, each with a different heuristic for arriving at a solution.
Several implementations of memoization and dynamic programming done for my algorithms class.
Implementation of a network flow algorithm. Finds minimum cuts of a graph and maximum flow from a source to a sink.
Public repository.
Public repository.
A web application that allows for news stories to be aggregated and sorted based on their political orientation. Integrates with Facebook to authenticate unique votes, and parses metadata for news articles.
Simulator for a stringed instrument that generates the sound of a string being plucked. Designed by my instructor, Jody Paul, for CS 390I and implemented for an assignment.
Exercises using Functional Programming principles to implement basic (and not so basic) functionality without mutable data or any looping mechanisms. All functionality comes from function application or recursion
A Huffman Code generator written for CS 390I at MSUDenver. Encodes a string in a compressed Huffman Code, and also decodes a code with the same Huffman Tree
In a brief introduction to the concept of artificial intelligence, we implemented a decision support system that uses statistics provided by the user to make objective decisions quantifiable based on subjective characteristics.
A decision tree that is able to guess an object based on user responses to user-generated questions.
Programming assignments for CS2400
Archive of CSE109 coursework from Lehigh University
Archive of work from CSE017 at Lehigh University
Hangman Game for MSUDenver CS 390I. Consists of your basic user interface, with hangman game controller delegating to either an easy (regular) or evil hangman game. An evil hangman game doesn't decide the word until the last minute, and is interesting in its implementation. Check it out