PPT-Solving a Maze using Graph Algorithms

By Clara Bryant How a Human solves a Maze Greek Myth of the Minotaur Greek hero Theseus is given string to find his way through and back out of the maze String and chalk method to solve a maze Mark the places youve visited already . Siu. A. Chin. Texas A&M University. Castellon, Sept. 6, 2010. Forward. algorithms, with all positive time steps for solve time-irreversible equations with a diffusion kernel beyond the second-order. . Lecture 18. The basics of graphs.. 8/25/2009. 1. ALG0183 Algorithms & Data Structures by Dr Andy Brooks. Watch out for self-loops in graphs.. 8/25/2009. ALG0183 Algorithms & Data Structures by Dr Andy Brooks. 1. Graph Algorithms. Many problems are naturally represented as graphs. Networks, Maps, Possible paths, Resource Flow, etc.. Ch. 3 focuses on algorithms to find connectivity in graphs. Ch. 4 focuses on algorithms to find paths within graphs. George Caragea, and Uzi Vishkin. University of Maryland. 1. Speaker. James Edwards. It has proven to be quite . difficult. to obtain significant performance improvements using current parallel computing platforms.. Starter. Can you think of any games you have played which involve a maze?. Here is an example of a numerical maze:. http://. www.roundgames.com/game/Maze+And+Math. How do you think these mazes . were created?. Raman Veerappan. EPS 109 Final Project. Introduction. Goals. To examine various maze solving algorithms using MATLAB determine which algorithms are most effective for which mazes. Two main algorithms examined. Background. Take an image of a maze and convert to a matrix. Limitation on . the . appearance of the maze. Use of Brownian motion inefficient to solve mazes. A second matrix as a copy of the maze that will store where the particle has been and walls. Scott Pakin. 6 March 2018. Jefferson Laboratory. Computing Round Table: Quantum Computing. LA-UR-17-30456. 6-Mar-2018. Quantum Annealing. A . quantum . annealer. exploits quantum effects to heuristically compute . Cynthia Lee. CS106B. Today’s topics:. Previous lectures:. Introduction to recursion with Factorial. Mechanics of recursion: looking at the stack frames. Classic, widely-used CS algorithm example: Binary Search. CIS 606. Spring 2010. Graph representation. Given graph . G. . = (. V. , . E. ). . In . pseudocode. , represent vertex set by . G.V . and edge . set by . G.E. .. G . may be either directed or undirected.. Programming Abstractions Cynthia Lee CS106X Today’s topics: Previous lectures: Introduction to recursion with Factorial Mechanics of recursion: looking at the stack frames Classic, widely-used CS algorithm example: Binary Search Cynthia Lee. CS106B. Today’s topics:. Previous lectures:. Introduction to recursion with Factorial. Mechanics of recursion: looking at the stack frames. Classic, widely-used CS algorithm example: Binary Search. Announcements. Talk on technical interviews . today!. Gugenheim. 220 at 1:10 PM.. Para Exercise feedback soon.. P2 Feedback (hopefully) Saturday.. Announcements. Please fill out course evaluations.. Siu. A. Chin. Texas A&M University. Castellon, Sept. 6, 2010. Forward. algorithms, with all positive time steps for solve time-irreversible equations with a diffusion kernel beyond the second-order. .