'Control input' diaporamas de présentation

Chapter 4

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Part 3: Latency Scalability

Part 3: Latency Scalability. Anthony Steed. Latency - Mitigation strategies - Playout delays, local lag and dead reckoning Scalability - Management of awareness - Interest specification - Server partitioning. Latency. Latency - Mitigation strategies

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Fuzzy Control

Fuzzy Control. Lecture 1 Introduction Basil Hamed Electrical Engineering Islamic University of Gaza. Outline. Introduction, Definitions and Concepts Control Intelligent Control History of Fuzzy Logic Fuzzy Logic Fuzzy Control Rule Base Why Fuzzy system

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Digital Electronics

Digital Electronics. Module 3 Combinational and Sequential Logic Circuits [4 weeks]. Objectives. 1.Describe the operation of the XOR, XNOR gates ...[week-1] 2. Describe the operation of the clocked and un-clocked SR-Latch.... [week-2]

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Collision Avoidance Systems: Computing Controllers which Prevent Collisions

Collision Avoidance Systems: Computing Controllers which Prevent Collisions. By Adam Cataldo Advisor: Edward Lee Committee: Shankar Sastry, Pravin Varaiya, Karl Hedrick. PhD Qualifying Exam UC Berkeley December 6, 2004. Talk Outline. Motivation and Problem Statement

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Review: ALU, Latches, and Flip Flops

Review: ALU, Latches, and Flip Flops. CS 231 Review October 12, 2007. Slides adapted from Sangkyum Kim. Announcements. HW 5 is released Due at 5:00pm on 10/15/2007 (Mon) Contains one LogicWorks problem Grades through HW4 Should be in Mallard Today (10/12)

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The Digital Logic Level

The Digital Logic Level. Chapter 3. Memory. Latches To create a 1-bit memory, we need a circuit that somehow remembers previous input values. SR Latch Inputs: S (set), R(Reset) Outputs: Q and Q ?

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The Boundary Scan Test (BST) technology

The Boundary Scan Test (BST) technology. J. M. Martins Ferreira FEUP / DEEC - Rua dos Bragas 4050-123 Porto - PORTUGAL Tel. 351-22-2041748 / Fax: 351-22-2003610 (jmf@fe.up.pt / http://www.fe.up.pt/~jmf). Objectives.

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Logic Restructuring for Timing Optimization

Logic Restructuring for Timing Optimization. Outline: Definitions and problem statement Overview of techniques (motivated by adders) Tree height reduction (THR) Generalized bypass transform (GBX) Generalized select transform (GST) Partial collapsing (?). Timing Optimization.

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Introduction to Networked Graphics

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Feedback Control of Computing Systems M1: Introduction

Feedback Control of Computing Systems M1: Introduction. Joseph L. Hellerstein IBM Thomas J Watson Research Center, NY hellers@us.ibm.com September 21, 2004. Controller. Control Model. MaxUsers. Actual RIS. Desired RIS. e(k). +. u(k). y(k). Control error: e(k)=r(k)-y(k).

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555 Timer by D.V.Kamat , Faculty Department of E&C Engg., MIT

555 Timer by D.V.Kamat , Faculty Department of E&C Engg., MIT . 555 Timer IC . The 555 Timer IC is an integrated circuit (chip) implementing a variety of timer and multivibrator applications.

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Tutorial: Wednesday Week 3

Tutorial: Wednesday Week 3. Hand in on Monday, Do the questions for tutorials 1 & 2 at the back of the course notes (answers to tutorial 3 will be published on-line). Addition & Subtraction. Addition. B. A. B. A. B. A. 2. 2. 1. 1. 0. 0. C. = 1. IN. B. A. C. B. A. C. B.

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ECE 4951

ECE 4951. Lecture 5: PID Control of Processes. PID Control. A closed loop ( feedback ) control system, generally with Single Input-Single Output ( SISO ) A portion of the signal being fed back is: Proportional to the signal ( P ) Proportional to integral of the signal ( I )

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Ch. 7 - Psychomotor Skill and Controls

Response Selection. Response Execution. Ch. 7 - Psychomotor Skill and Controls. Continuous control. Feedback control model for continuous control:. Disturbance input. Display. System or Plant. Human operator. Control Device. Target. Cursor. Wickens et. al, pg. 274.

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Design of a Pneumatic Inverted Pendulum

Design of a Pneumatic Inverted Pendulum. By Joshua Geating 3/19/2012. Dr. Paul Oh Drexel Autonomous Systems Laboratory. Background, Motivation. The Inverted Pendulum is a classical model of control theories Robots Aircraft Industrial systems Practical lab for teaching

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control voltage 0 to 8 V

control voltage 0 to 8 V. 100 fF cap here (on a little island isolated from ground). ignore, old stuff. 3.3 to 5 V control pulse rising edge (there is a 49.9 ? term. resistor hidden under here!). driver supply voltage 3.3 to 5 V. do not exceed 10 V !!. could be bigger.

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The edge triggered J-K Flip flop

The edge triggered J-K Flip flop.

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