'Target address' presentation slideshows

Introduction to Processor Architecture

Introduction to Processor Architecture. Contents. Introduction Processor architecture overview ISA(Instruction Set Architecture) RISC example (SMIPs) CISC example (Y86) Processor architecture Single-cycle processor example(SMIPs) Pipelining Control hazard Branch Predictor Data hazard

1.23k views • 107 slides

Chapter 3 JUMP, LOOP and CALL Instructions

Chapter 3 JUMP, LOOP and CALL Instructions. Outlines. Loop instructions Conditional jump instructions Conditions determining conditional jump Unconditional long & short jumps Calculate target addresses for jumps Subroutines Using stack in subroutines Crystal frequency vs. machine cycle

1.45k views • 93 slides

Chapter 3 Jump, Loop, and Call Instructions

Chapter 3 Jump, Loop, and Call Instructions. Objective. ???????? 8051 ????????? control transfer ???????????? ??? control transfer ? conditional jump, unconditional jump, call subroutine. ??? 8051 ? Jump ??????????? ??? 8051 ? Call ???????????? 8051 ????? Jump ????

1.79k views • 72 slides

Assemblers

Assemblers. System Software by Leland L. Beck Chapter 2. Role of Assembler. Assembler. Object Code. Linker. Source Program. Executable Code. Loader. Chapter 2 -- Outline. Basic Assembler Functions Machine-dependent Assembler Features Machine-independent Assembler Features

885 views • 62 slides

8th Lecture: I-cache Access and Branch Prediction 4.2 I-Cache Access and Instruction Fetch

8th Lecture: I-cache Access and Branch Prediction 4.2 I-Cache Access and Instruction Fetch. Harvard architecture : separate instruction and data memory and access paths is internally used in a high-performance microprocessor with separate on-chip primary I-cache and D-cache.

852 views • 56 slides

Dan Garcia

CS 61C: Great Ideas in Computer Architecture MIPS Instruction Representation II. Dan Garcia. Review of Last Lecture. Simplifying MIPS: Define instructions to be same size as data word (one word) so that they can use the same memory

675 views • 51 slides

CHAPTER 3

CHAPTER 3. JUMP, LOOP, AND CALL INSTRUCTIONS. Looping. Repeating a sequence of instructions a certain number of times is called a loop Loop action is performed by DJNZ reg, Label The register is decremented If it is not zero, it jumps to the target address referred to by the label

460 views • 34 slides

Chapter 9 TRAP Routines and Subroutines

Chapter 9 TRAP Routines and Subroutines. System Calls. Certain operations require specialized knowledge and protection : specific knowledge of I/O device registers and the sequence of operations needed to use them

423 views • 32 slides

Chapter 4: Simplified Instructional Computer (SIC)

Chapter 4: Simplified Instructional Computer (SIC). Contents. SIC Architecture Five Registers Data Format and Instruction Format SIC/XE Architecture Complete Instruction Set SIC Programming Example. SIC Architecture.

495 views • 32 slides

Simplified Instructional Computer (SIC)

Simplified Instructional Computer (SIC). SIC Architecture. Two versions: SIC and SIC/XE (extra equipments). SIC program can be executed on SIC/XE. Memory consists of 8-bit bytes. 3 consecutive bytes form a word (24 bits) In total, there are 2^15 bytes in the memory.

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419 views • 31 slides

COMS 361 Computer Organization

COMS 361 Computer Organization. Title: Instructions Date: 9/21/2004 Lecture Number: 8. Announcements. Homework 3 Due 9/28/04. Review. Instructions MIPS arithmetic instruction format Immediate instructions MIPS load and store instructions Addressing. Outline. Instructions

432 views • 27 slides

ECE2030 Introduction to Computer Engineering Lecture 18: Instruction Set Architecture

ECE2030 Introduction to Computer Engineering Lecture 18: Instruction Set Architecture. Prof. Hsien-Hsin Sean Lee School of Electrical and Computer Engineering Georgia Tech. Programming in High-Level Language. Compiler/Assembler/ Linker. Problem. Algorithms. Target Machine

383 views • 22 slides

In-car algorithm could dissolve traffic!

300 views • 22 slides

ECE 353 Introduction to Microprocessor Systems

ECE 353 Introduction to Microprocessor Systems. Michael Schulte. Week 5. ARM7TDMI Programming LUTs Branches and Loops Structured Programming Flowcharts Stacks Hardware versus Memory Stacks ARM7TDMI Stack Management. Topics. Wrapping Up.

217 views • 21 slides

DSR: Introduction

309 views • 15 slides

CSC 4250 Computer Architectures

CSC 4250 Computer Architectures. October 31, 2006 Chapter 3. Instruction-Level Parallelism & Its Dynamic Exploitation. Simple 5-Stage Pipeline. Branch prediction may not help 5-stage pipeline: IF|ID|EX|ME|WB

248 views • 14 slides

Hashing

Hashing. Chapter 10. The search time of each algorithm depend on the number n of elements of the collection S of the data. A searching technique called Hashing or Hash addressing which is essentially independent of the number n.

239 views • 11 slides

Efficient implementation of IPv6 routing and QoS technologies on an Intel platform.

Efficient implementation of IPv6 routing and QoS technologies on an Intel platform. . Presented by: Ciara Loftus Supervisors: Liam Kilmartin Cristian Dumitrescu. Project Overview. Intel DPDK (Data Plane Development Kit) :

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Rube Goldberg Challenge at Union College

Rube Goldberg Challenge at Union College. We suggest you use the target address 1500 Lenox Road, Schenectady, NY at either www.mapquest.com or www.maps.google.com

178 views • 5 slides