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258-project

a-frame-webvr-tutorials

ai_constraintsatisfaction

ai_maze

he Snowman Puzzle has the following formal description. Read the description carefully. • The puzzle is played on a board that is a grid board with N squares in the x-dimension and M squares in the y-dimension. • Each state contains x and y coordinates for the robot, the snowballs, the destination point for the snowman, and the obstacles. • Each board initially will contains three snowballs: a small, medium and large snowball. • From each state, the robot can move Up, Down, Left, or Right. If a robot moves to the location of an unobstructed snowball, the snowball will move one square in the same direction. Snowballs and the robot cannot pass through walls or obstacles, however. • The robot cannot push more than one snowball at a time. If two snowballs are in succession and the robot is adjacent to the smaller of the two, the robot may push the smaller snowball atop the larger one. However, the robot cannot push a large snowball atop a smaller one, nor can the robot move a stack of snowballs. Movements that cause a snowball to travel more than.one unit of the grid are also illegal. • Each movement is of equal cost. Whether or not the robot is pushing an snowball does not change the cost. • The goal is achieved when there is a stack of three snowballs on the game board and in the destination spot. This stack must have a large snowball on the bottom, a medium sized snowball in the middle, and a small snowball at the top.

communityfund

constraintsatisfaction

csc301h1f-l0101-home

Morning Section -- Tue,Thu 10am-11am

csc301h1f-l5101-home

This repo serves as the homepage for CSC301H1F L5101 (i.e. The monday evening section)

databases

job_application_database_test

A mock database storing various job postings, resumes, and interview results

operatiingsystems

personalwork

Here are all my personal projects

pythonprogramms

raket_interpreter

A Haskell interpreter for paddle, a Racket sub-language.

rql

SQL implementation in Racket, SELECT, FROM, WHERE, ORDER BY.

shellscripts

speechrecognition

Gaussian mixture modelling, continuous HMMs, and two basic tasks in speech technology: speaker identification , in which we try to determine who is talking, and speech recognition , in which we try to determine what was said

sqlinracket

SQL implementation in Racket, SELECT, FROM, WHERE, ORDER BY.

starupideas

A place where anyone's ideas can get started.

statistical-machine-translation

experimenting to work with n -gram models, smoothing, and statistical ma- chine translation through word alignment.

statisticalmachinetranslation

Statistical Machine Translation

takedown

Implementing file system functions

tripool

tweetssentimentalvalue

Learning how to extract sentimental value from large corpus like tweets and exploring WEKA machine learning