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Steering Animation

Steering Animation

Steering Animation 數位內容學院 遊戲開發研究班第一期 3D 圖學 沈育德 Edward Shen May 19, 2005 Course Information Date : 5/19, 5/21, 5/26, 5/28 (2005) Lecturer : Edward Yu-Te Shen 沈育德 Course Website: http://graphics.csie.ntu.edu.tw/~edwards/dokuwiki/doku.php?id=lecture Lecturer 沈育德 , Edward Shen

By andrew
(314 views)

Introduction

Introduction

Introduction. Dr. Bernard Chen Ph.D. University of Central Arkansas Spring 2009. What Is Computer Architecture?. Computer Architecture = Instruction Set Architecture + Machine Organization. 2. Instruction Set Architecture.

By Sharon_Dale
(308 views)

Chapter 4 Register Transfer and Microoperations

Chapter 4 Register Transfer and Microoperations

Chapter 4 Register Transfer and Microoperations. Dr. Bernard Chen Ph.D. University of Central Arkansas Spring 2010. Outline. Microoperations Arithmetic microoperation Logic microoperation Shift microoperation . Mano’s Computer Figure 5-4. s 0. s 1. s 2. Bus. Memory Unit 4096x16.

By Pat_Xavi
(539 views)

External Memory Interfaces

External Memory Interfaces

External Memory Interfaces. External Memory Interfaces. Many microcontrollers (and all microprocessors) have an external memory interface Allows adding additional memory to the micro Requires an external address/data bus PSoC has only an 8-bit RAM bus and a 16-bit Flash ROM bus

By betty_james
(484 views)

IVR: Control Theory

IVR: Control Theory

IVR: Control Theory. OVERVIEW Given desired behaviour, determine control signals Inverse models: Inverting the forward model for simple linear dynamic system Problems for more complex systems Open loop control: advantages and disadvantages Feed forward control to deal with disturbances.

By Rita
(243 views)

Architecting Testbenches

Architecting Testbenches

Architecting Testbenches. Architecting Testbenches. Reusable Verification Components Verilog Implementation VHDL Implementation Autonomous Generation and Monitoring Input and Output Paths Verifying Configurable Designs. Reusable Verification Components.

By jud
(193 views)

Goal: Design a Datapath

Goal: Design a Datapath

Goal: Design a Datapath. We will design the datapath of a processor that includes a subset of the MIPS instruction set: Memory access: load/store word ( lw, sw ) ALU instructions: add, sub, and, or , slt . Branch instructions: beq and jump ( j ).

By eman
(202 views)

Adding Support for jal to Single Cycle Datapath (For More Practice Exercise 5.20)

Adding Support for jal to Single Cycle Datapath (For More Practice Exercise 5.20)

op (6 bits) Target address (26 bits). Adding Support for jal to Single Cycle Datapath (For More Practice Exercise 5.20).

By jena
(1694 views)

Multicycle Datapath & Control

Multicycle Datapath & Control

Multicycle Datapath & Control. Andreas Klappenecker CPSC321 Computer Architecture. Administrative Issues. Office hours have been moved: Today: canceled Thursday 2:00pm-3:00pm Seek help if you did not do well on the test Lab 3 due next week. Multi-Cycle Processor. Multicycle Approach.

By kaycee
(248 views)

Datapath and Control

Datapath and Control

CDA 3101 Discussion Section10. Datapath and Control. Questions.

By kendis
(202 views)

ELEC 5200-001/6200-001 Computer Architecture and Design Spring 2008 Pipelined Control and Performance (Chapter 6)

ELEC 5200-001/6200-001 Computer Architecture and Design Spring 2008 Pipelined Control and Performance (Chapter 6)

ELEC 5200-001/6200-001 Computer Architecture and Design Spring 2008 Pipelined Control and Performance (Chapter 6). Vishwani D. Agrawal James J. Danaher Professor Department of Electrical and Computer Engineering Auburn University, Auburn, AL 36849 http://www.eng.auburn.edu/~vagrawal

By marrim
(169 views)

Introduction to CMOS VLSI Design Lecture 2: MIPS Processor Example

Introduction to CMOS VLSI Design Lecture 2: MIPS Processor Example

Introduction to CMOS VLSI Design Lecture 2: MIPS Processor Example. David Harris Harvey Mudd College Spring 2004. Outline. Design Partitioning MIPS Processor Example Architecture Microarchitecture Logic Design Circuit Design Physical Design Fabrication, Packaging, Testing. Activity 2.

By iolani
(417 views)

16.482 / 16.561 Computer Architecture and Design

16.482 / 16.561 Computer Architecture and Design

16.482 / 16.561 Computer Architecture and Design. Instructor: Dr. Michael Geiger Summer 2014 Lecture 3: Datapath and control Pipelining. Lecture outline. Announcements/reminders HW 2 due today HW 3 to be posted; due 5/30 Review: Arithmetic for computers Today’s lecture

By feleti
(240 views)

North Carolina Rail Division

North Carolina Rail Division

North Carolina Rail Division. Staff of about 50 Mission to: Improve & expand passenger rail service Improve safety at crossings Provide industrial access Improve infrastructure Develop high-speed rail Preserve corridors for future use. NCDOT Rail Organization.

By cassius
(152 views)

Control 2

Control 2

Control 2. Keypoints: Given desired behaviour, determine control signals Inverse models: Inverting the forward model for simple linear dynamic system Problems for more complex systems Open loop control: advantages and disadvantages Feed forward control to deal with disturbances.

By sef
(239 views)

Microprocessor-based Systems

Microprocessor-based Systems

Microprocessor-based Systems. Course 4 - Microprocessors. Microprocessors. Definition 1: It is a VLSI circuit that integrates a central processing unit (CPU) Definition 2: An integrated circuit that integrates: one or more central processing units (CPUs)

By paulette
(267 views)

Microprocessor History

Microprocessor History

Microprocessor History. Early microprocessors. PMOS technology – slow and awkward to interface with TTL family 4 bit processor Instructions were executed in about 20 µs. Intel 4004 the first MP. 4K nibbles address space. Intel 8008- can manipulate a whole byte. 16Kbytes address space

By nate
(314 views)

Reconfigurable Computing (EN2911X, Fall07) Lecture 10: RC Principles: Software (3/4)

Reconfigurable Computing (EN2911X, Fall07) Lecture 10: RC Principles: Software (3/4)

Reconfigurable Computing (EN2911X, Fall07) Lecture 10: RC Principles: Software (3/4). Prof. Sherief Reda Division of Engineering, Brown University http://ic.engin.brown.edu. [Some examples are based on G. De Micheli textbook and lectures]. Behavioral synthesis. Given:

By minty
(118 views)

TinyOS Programming Boot Camp Part III: Hardware Tour

TinyOS Programming Boot Camp Part III: Hardware Tour

TinyOS Programming Boot Camp Part III: Hardware Tour. David Culler, Jason Hill, Rob Szewczyk, Alec Woo U.C. Berkeley 2/9/2001. Hardware Tour. Outline. Design overview Connector bus Sensor motherboard Sensor boards Supporting hardware Resources. Design Rationale.

By maj
(207 views)

CpE 442 Computer Architecture and Engineering Designing Single Cycle Control

CpE 442 Computer Architecture and Engineering Designing Single Cycle Control

CpE 442 Computer Architecture and Engineering Designing Single Cycle Control. Outline of Today’s Lecture. Recap and Introduction (10 minutes) Control for Register-Register & Or Immediate instructions (10 minutes) Control signals for Load, Store, Branch, & Jump (15 minutes)

By syshe
(90 views)

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