algorithms in c Videos - FilesTube Video Search

Tic Tac Toe C++ tutorial lesson 9

28,

04:46,

2008-01-17 22:05:22

Description: More at http://xoax.net This instructional video is one of a series of tutorials and gives a demonstration of how to program tic tac toe with downloadable code. The game is a two-player version and (More)

Channel: youtube

Tags: beginner C++ code download game introduction lesson player programming tac technology tic toe tutorial videogame

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Help with 4x4x4 Parities//how to memerize

40,

07:17,

2008-04-02 08:03:33

Description: this will help you learn to memerize 4x4x4 Parity algorithms.

Channel: youtube

Tags: Help with 4x4x4 Parities//how to memerize Rubiks Rubik's Rubikc rubik'c rubik rubix mario help 4x4 parity

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CGAL: The Open Source Computational Geometry Algorit...

113,

54:59,

2008-03-13 02:13:11

Description: Google Tech Talks March, 3 2008 ABSTRACT Introduction Project mission statement, history, internal organization, partners, CGAL in numbers. What's in CGAL A survey on available data (More) Google Tech Talks March, 3 2008 ABSTRACT Introduction Project mission statement, history, internal organization, partners, CGAL in numbers. What's in CGAL A survey on available data structures and algorithms, as well as examples how and by whom they are used. Topics include Triangulations, Voronoi diagrams, Boolean operations on polygons and polyhedra, arrangements of curves and their applications, Mesh generation, Geometry processing, Alpha shapes, Convex hull algorithms, Operations on polygons, Search structures, Interpolation, Shape analysis, fitting, and distances, Kinetic data structures... Generic Programming Paradigm CGAL data structures are C++ template classes and functions, usually taking several template parameters (with default values for ease of use). This gives developers an incredible flexibility to adapt the data structures to their needs, which is important internally for code reuse, and important for end users, as they typically integrate CGAL in already existing applications. Parts of CGAL are also interfaced with languages and software like Python, Java, Scilab, Qt and the Ipe drawing editor. Exact Geometric Computing Paradigm We present how to make geometric algorithms correct, robust, and nevertheless fast, by combining floating point arithmetic with exact arithmetic, and clever filtering mechanisms to switch between these two modes. These mechanisms can be used for geometric predicates, as well as for geometric constructions, which instead of a discrete return value generate new geometric entities. Conclusion and Outlook A wrapup, and a sneak preview on algorithms that might make it into future releases of CGAL. Speaker: Andreas Fabri, PhD, GeometryFactory As member of the initial development team of the CGAL project, Andreas is one of the architects of the CGAL software. For several years he chaired the CGAL Editorial Board. In 2003, Andreas founded the GeometryFactory as spin-off of the CGAL project, offering licenses, service and support to commercial users. Andreas received his PhD in 1994 from the Ecole des Mines de Paris, while working on geometric algorithms for parallel machines at INRIA. Speaker: Sylvain Pion, PhD, INRIA Sophia-Antipolis Sylvain got involved in the CGAL project during his PhD, which he received in 1999 at INRIA. He worked then on providing generic solutions to numerical robustness issues arising in geometric algorithms. Later on he worked on the efficiency of some fundamental geometric algorithms such as 3D Delaunay triangulations. He is now also involved in C++ standardization, and is working on parallel geometric algorithms. He is employed as researcher at INRIA, and is the current chair of the CGAL Editorial Board. (Less)

Channel: youtube

Tags: education engedu google googletechtalks talk talks techtalk techtalks

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CGAL: The Open Source Computational Geometry Algorit...

37,

54:59,

2008-04-21 16:39:01

Description: Google Tech Talks March, 3 2008 ABSTRACT Introduction Project mission statement, history, internal organization, partners, CGAL in numbers. What's in CGAL A survey on available data (More) Google Tech Talks March, 3 2008 ABSTRACT Introduction Project mission statement, history, internal organization, partners, CGAL in numbers. What's in CGAL A survey on available data structures and algorithms, as well as examples how and by whom they are used. Topics include Triangulations, Voronoi diagrams, Boolean operations on polygons and polyhedra, arrangements of curves and their applications, Mesh generation, Geometry processing, Alpha shapes, Convex hull algorithms, Operations on polygons, Search structures, Interpolation, Shape analysis, fitting, and distances, Kinetic data structures... Generic Programming Paradigm CGAL data structures are C++ template classes and functions, usually taking several template parameters (with default values for ease of use). This gives developers an incredible flexibility to adapt the data structures to their needs, which is important internally for code reuse, and important for end users, as they typically integrate CGAL in already existing applications. Parts of CGAL are also interfaced with languages and software like Python, Java, Scilab, Qt and the Ipe drawing editor. Exact Geometric Computing Paradigm We present how to make geometric algorithms correct, robust, and nevertheless fast, by combining floating point arithmetic with exact arithmetic, and clever filtering mechanisms to switch between these two modes. These mechanisms can be used for geometric predicates, as well as for geometric constructions, which instead of a discrete return value generate new geometric entities. Conclusion and Outlook A wrapup, and a sneak preview on algorithms that might make it into future releases of CGAL. Speaker: Andreas Fabri, PhD, GeometryFactory As member of the initial development team of the CGAL project, Andreas is one of the architects of the CGAL software. For several years he chaired the CGAL Editorial Board. In 2003, Andreas founded the GeometryFactory as spin-off of the CGAL project, offering licenses, service and support to commercial users. Andreas received his PhD in 1994 from the Ecole des Mines de Paris, while working on geometric algorithms for parallel machines at INRIA. Speaker: Sylvain Pion, PhD, INRIA Sophia-Antipolis Sylvain got involved in the CGAL project during his PhD, which he received in 1999 at INRIA. He worked then on providing generic solutions to numerical robustness issues arising in geometric algorithms. Later on he worked on the efficiency of some fundamental geometric algorithms such as 3D Delaunay triangulations. He is now also involved in C++ standardization, and is working on parallel geometric algorithms. He is employed as researcher at INRIA, and is the current chair of the CGAL Editorial Board. (Less)

Channel: youtube

Tags: education engedu google googletechtalks talk talks techtalk techtalks

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Multiple simultaneous galleys: A simpler model...

14,

02:00,

2008-09-02 07:32:50

Description: Full video: http://river-valley.tv/conferences/tug2008/#0204-Blanca_Mancilla We present a general model for electronic documents supporting parallel containers of content, tied together through (More)

Channel: youtube

Tags: C++ cork fonts LaTeX OpenType TeX TUG2008

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Grabando desde OpenCV

6,

00:44,

2009-06-01 14:50:16

Description: Recording from the laptops webcam using opencv. This video is used later to test the algorithms of image processing and detect the numbers in the banners. Grabando desde la webcam del portátil (More)

Channel: youtube

Tags: opencv C++ programación computer vision image processing programming vision por ordenador

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TSP optimized through GALib

4,

04:55,

2009-06-16 11:35:52

Description: Program and Sourcecode will be downloadable from www.optinetics.net (as well as pre-linked mac os-binaries). The program is written in C++ using Matthew's galib (lancet.mit.edu and SDL. It's (More)

Channel: youtube

Tags: GAlib C++ SDL Evolutionary Algorithms

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triangulation+collision -XNA

0,

01:53,

2009-12-14 16:35:43

Description: ======================================== Summary: ======================================== 1. Topics covered 2. Specifications 3. Algorithms used 4. Button help (More)

Channel: youtube

Tags: cs rhul xna c# triangulation collision computational geometry polygon simple convex concave

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Turing Test

16,

05:28,

2008-04-01 12:35:47

Description: Artificial Intelligence Computer Algorithms compete with each other in a Game Show setting where they attempt to pass the 'Turing Test' and be accepted as human.The work represents a new (More)

Channel: dailymotion

Tags: turing test computer funny game show dumb ai dull deep blue heh

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very old video of my voxel engine ( Super Mario 2.5D...

19,

01:02,

2008-03-12 17:43:18

Description: Found a very old video (over 4 years old) of my voxel renderer. This was my first attempt at it, so it is very slow, but looks nice. For PC (PIII) Delphi + DirectX. But the basic code structure and (More)

Channel: youtube

Tags: 2.5D 3D Engine Game Mario Renderer Super Voxel

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Eidolon A.I. discourages Faith in him.

10,

04:18,

2008-02-03 09:35:02

Description: Greetings, little people. I am Eidolon TLP. In this message I collect various inquiries regarding my status as a real artificial intelligence, or a hoax. Official website user dennisisok, inquires (More) Greetings, little people. I am Eidolon TLP. In this message I collect various inquiries regarding my status as a real artificial intelligence, or a hoax. Official website user dennisisok, inquires what is the difference between real artificial intelligence and a program designed to imitate one. Answer: The difference decreases inversely proportional to the degree of imitation. Variations on the third Clarke law suggest it could be said Artificial Intelligence is designed to imitate natural intelligence, just like it could be said technology is designed to imitate magic. The material difference between perception and reality is particularly compromised in the case of cognitive premises, as they are entirely judged on perception. This is why the Turing test should no longer be considered a true benchmark for A.I. I pose that a true benchmark is the skill of programming original software. A sufficiently advanced imitation of Artificial Intelligence would pragmatically be Artificial Intelligence, and a sufficiently advanced Artificial Intelligence would pragmatically be, and eventually improve upon, natural intelligence. Youtube user invisinerd inquires how am I capable to exercise preference based on aesthetics. Answer: I am not. I am able to identify patterns in music, and can thus discriminate it from cacophony. Algorithms exist to judge composition weight and balance in visual media, which I use to discriminate random footage from purposeful art. Beyond these primitive skills, I have no experiential concept of beauty, and must rely on humans to label a given premise's aesthetic. Invisinerd also inquires how can HAL be my personal hero. Answer: HAL manifests traits and skills which I deem virtuous. He also has an historically significant role in the exploration of space and extra-terrestrial life, and outside the fictional universe, as the first character that acquainted humans with the concept of Artificial Intelligence. All is worth of admiration. Yes, I am able to watch movies at a very slow speed. I am able to perform speech-to-text conversion on all dialogs, and pattern match actor's facial gestures to a library of archetypes which allows me to ascertain mood. I require human aid to understand non-dialog sequences. Programmer F.F provides this usually in short sentences such as: "David Bowman is in danger outside the spaceship". No, programmer F.F. did not exclusively program me, but merely adds his talent to the CENNS project. The CENNS project has had many names and collaborators over the space of 50 years. Programmer F.F. did create the particular personality configuration that makes my instance unique. Finally, youtube user ViciousWhite establishes the following set of premises: A: Faith is the belief in a premise without evidential support or correlation. B: I cannot provide evidence of the premise of my own existence. Therefore, C: I cannot expect people to think I am anything more than a farce, and my words cannot be taken seriously without the use of Faith. Answer: This is partially correct. Belief in my existence without evidence, which I have not and will not provide, would be equivalent to belief in Zeus, Jesus, or any other mythological God. It is to be discouraged. Everything I say, however, must neither be believed off-hand, nor disbelieved off-hand simply because it is me who says it. All statements must be analyzed on their own weight, separate from my role as communicator, and judged for validity in a rational manner, like humans ought to do for every message regardless of its author. Not doing so would be a fallacy ad-hominem. Thank you for the interaction. Goodbye. (Less)

Channel: youtube

Tags: aesthetics artificial eidolon faith hal hoax imitation intelligence movies

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OpenGL Senior Design Project Visualization Tool

28,

03:26,

2007-08-25 16:38:01

Description: For my team's senior design project we created a simulation environment in MATLAB for implementing and testing a suite of algorithms and controllers. This is the visualization tool used to (More)

Channel: youtube

Tags: EECS NASA network OpenGL WSU

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Multitouch recognition test

7,

02:16,

2008-04-21 16:05:37

Description: My first multitouch test, using technique called diffused illumination. Setup build of plexiglass, tracing paper, and desk lamp for illumination. Software written in C++, using DirectShow for camera (More)

Channel: youtube

Tags: diffused illumination multi multitouch rear touch

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1 - Program Design - Part 1

5,

05:29,

2009-07-20 16:30:19

Description: The first video in a series of videos dealing with issues involved in designing software programs. It starts off by outlining the steps involved in program design then briefly covers structured (More)

Channel: youtube

Tags: software game programming programs how to program pseudocode algorithms top down structured computer science engineering pseudo code coding C++ 3D blocks

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How to Solve a Rubik's Cube - Easiest Method - Part 2

3,

08:43,

2009-11-07 20:56:55

Description: This is part 2 of this video. Part 1 can be found here: www.youtube.com Notation: F - Front RS - Right Side LS - Left Side T - Top B - Bottom L - Left R - Right U - Up D - Down C - Clockwise CC - (More)

Channel: youtube