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2d_medical_image_recognition

http://www.teach.cs.toronto.edu/~csc420h/fall/assignments/projects.pdf fall-2016

android_blogreader

List activity android practice app

android_ribbit

Parse database android practice app

android_stormy

REST API android practice app

android_storyinmars

Multiple activities android practice app

bess

BESS: Berkeley Extensible Software Switch

cracking_interview

cs144-router

Repository for Lab 3 & 5 for CS144

csc458_1

dragonballzradar

The following proposal presents a system, based off the popular television series Dragon Ball Z, used to track or locate nearest friends locations relative to one's own position. In the show, each of the Dragon Balls emits a faint electromagnetic pulse, which Dragon Radars can detect and point arrows in their general direction so that the characters may locate them. Pressing the button on the top of the radar can cause the view to zoom out and show a more detailed map of the area. Much like the radar in the television series, this is the real life “Dragonball Z Radar” an application where the dragon balls are the user’s friends. The application sends and receives constant updates while providing a means of effective communication between friends. A common scenario may be where the user is planning to meet their friends at a large convention, event or gathering. It’s quite difficult to meet up when everyone in the party does not know everyone else’s exact locations. Sometimes the user will attempt to communicate by calling, texting and pointing out landmarks. Other times this process is much more difficult and time consuming than it may appear. As a result, the user has no idea how long it may take to find their friends. This project presents a practical solution to this dilemma by using dynamic coordinates, as the Dragonball Z Radar will tell the user exactly how close they are to their friends relative to their current position as long as everyone has an iPhone. This will give the user a better idea about on everyone’s timing and position. All the user needs to do is simply add their group of friends (up to 7 individuals) and the radar will gather and share locations to all parties. When everyone converges the dots on the radar will get closer together signifying the party is almost together. Additionally, a group chat function will be implemented so the party can conveniently communicate on the go.

flux-frontend

fogproject

An open source computer cloning & management system

ibm_watson_hackaton_project

Concept Insights allows you to discover content which may or may not be found using a traditional keyword search.

ios_calculator

A calculator

ios_mememe

ios_pitch_perfect

Pitch modification app

ios_silly_song

An app that create a silly song by using the inputted name

ios_tutorial

just-the-docs

A modern, high customizable, responsive Jekyll theme for documention with built-in search.

meteor

Meteor, the JavaScript App Platform

mosaico

Mosaico - Responsive Email Template Editor

newsletter

project_flux

ribbitx

rtt_traffic

simple_router_nat

http://www.cs.toronto.edu/~yganjali/courses/csc458/assignments/nat/ fall-2016

sourcelcompiler

2015 Winter CSC488 compiler project.

startups_posts

http://www.cdf.toronto.edu/~csc309h/winter/posted_projects/project-individual.pdf

test_disk_access_speed

Fall 2016 - Investigate the data access characteristics of secondary storage devices

testdevise