'Only approximate' diaporamas de présentation

What is focal attention for? The What and Why of perceptual selection

What is focal attention for? The What and Why of perceptual selection. The central function of focal attention is to select We must select because our capacity to process information is limited

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979 views • 82 slides

Attributes of Graphics Primitives

Attributes of Graphics Primitives. Sang Il Park Sejong University. OpenGL State variables:. Color Point attributes Line attributes Fill-Area attributes. Color in OpenGL. Color buffer Setting: Setting the color value: Ex). glutInitDisplayMode (GLUT_SINGLE | GLUT_RGB). GLUT_RGBA

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Computer Aided Design

Computer Aided Design. Conf.dr.ing. Ovidiu Pop. Course structure. Analysis: DC analysis AC analysis Transient analysis Parametric analysis Statistic analysis. Modeling of semiconductor devices: Diodes BJT MOS Operational amplifiers. Note:. Laboratory: Half semester exam: L1

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EART163 Planetary Surfaces

EART163 Planetary Surfaces. Francis Nimmo. Course Overview. How did the planetary surfaces we see form and evolve? What processes are/were operating? Techniques to answer these questions: Images Modelling /Quantitative analysis Comparative analysis and analogues

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What Are Constellations?

What Are Constellations? . The first thing you need to know is that constellations are not real!. Constellations help by breaking up the sky into more manageable bits .

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Database Design (for IQ-M)

3. Database Design (for IQ-M). Introduction. This section has been re-vamped for the 12.4.3 course I have removed all the design bits that are not absolutely for IQ This is to allow me to add more information directly related to IQ

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Game Playing

Game Playing. Outline. Perfect Play Resource Limits Alpha-Beta pruning Games of Chance. Games vs Search problems. Unpredictable opponent use contingency plan Time limits only approximate solution Approaches algorithm for perfect play finite horizon, approximation

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Semiconductor Device Modeling and Characterization EE5342, Lecture 30 Spring 2003

Semiconductor Device Modeling and Characterization EE5342, Lecture 30 Spring 2003. Professor Ronald L. Carter ronc@uta.edu http://www.uta.edu/ronc/. Gummel-Poon Static npn Circuit Model. Intrinsic Transistor. C. R C. I BR. B. R BB. I LC. I CC - I EC = {IS/Q B }*

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Epistemology

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Molecular Hamiltonians and Molecular Spectroscopy

Molecular Hamiltonians and Molecular Spectroscopy. The Molecular Hamiltonian: 2 nuclei plus 2 electrons. 2 e -. r 12. 1 e -. r 2B. r 1A. r 1B. r 2A. A Ze +. r AB. B Ze +. where , etc.

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Quantitative Methods II

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CS1010E Programming Methodology Tutorial 2 Conditional Expressions, Flowcharts

CS1010E Programming Methodology Tutorial 2 Conditional Expressions, Flowcharts. C14,A15,D11,C08,C11,A02. Question 1. double x , y ; x = 0.8 ; y = 0.1 + 0.7 ; printf ( "X = %lf " , x ); printf ( "Y = %lf " , y ); if ( x == y ) printf ( "X and Y are equal! " ); else

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Yield Percent

Yield Percent. Chapters 7-8. APQ and EPQ. APQ = As Purchased Quantity Example: Whole Bananas with the peel on. EPQ = Edible Portion Quantity Example: Peeled Bananas (ready to eat). Trim. Trim = APQ- EPQ Example: 50# sack of Potatoes Once Peeled and cleaned the potatoes weigh 42.5#

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Surface cut through exact embedding potential for CO adsorbed on Cu(111)

Advances in Embedded Correlated Wavefunction Theory Emily A. Carter ( Princeton University ), CHE 0910563. Quantum mechanical (QM) calculations of electron distributions in materials usually invoke density functional theory (DFT),

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