'6 bits' diaporamas de présentation

Chapter 2

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Chapter 2

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1.01k views • 81 slides

CS4100: ????? Designing a Single-Cycle Processor

CS4100: ????? Designing a Single-Cycle Processor. ???????????? ??? ???????. Outline. Introduction to designing a processor Analyzing the instruction set Building the datapath A single-cycle implementation Control for the single-cycle CPU Control of CPU operations ALU controller

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What You Will Learn in this Set of Lectures

What You Will Learn in this Set of Lectures. What is Reduced Instruction Set Computer (RISC) and Why Instruction Set Architecture of MIPS, a RISC Machine Alternatives to RISC (e.g. Complex Instruction Set Computers (CISC))

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Major CPU Design Steps

Major CPU Design Steps. Using independent RTN, write the micro-operations required for all target ISA instructions. Construct the datapath required by the micro-operations identified in step 1. Identify and define the function of all control signals needed by the datapath.

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CpE 442 Computer Architecture and Engineering Designing Single Cycle Control

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Programming Universal Computers Instruction Sets

Programming Universal Computers Instruction Sets. Prof. Bienvenido Velez. Lecture 5. What do we know?. To. From. Instruction Set Architecture. Processor Implementation. What Next?. Instruction Set Design. How do we get here in the first place?. Outline.

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CEG3420 Computer Design Lecture 9: Designing a Single Cycle Datapath

CEG3420 Computer Design Lecture 9: Designing a Single Cycle Datapath. Outline. Design a processor: step-by-step Requirements of the Instruction Set Components and Clocking Assembling an Adequate Datapath Controlling the datapath. Processor. Input. Control. Memory. Datapath. Output.

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CS151B Computer Systems Architecture Winter 2002 TuTh 2-4pm - 2444 BH

CS151B Computer Systems Architecture Winter 2002 TuTh 2-4pm - 2444 BH. Lecture 7 Designing a Single Cycle Datapath. Instructor: Prof. Jason Cong <cong@cs.ucla.edu>. Review: DIVIDE HARDWARE Version 3. 32-bit Divisor reg, 32 -bit ALU, 64-bit Remainder reg, ( 0 -bit Quotient reg). Divisor.

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9/29: Lecture Topics

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EEM 486 : Computer Architecture Designing a Single Cycle Datapath

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CS152 Computer Architecture and Engineering Lecture 8 Designing a Single Cycle Datapath

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ELEC5616 computer and network security

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Electrical Engineering

Engineering the Future. Electrical Engineering. Digital Circuits Fundamentals Hands-on Full-Adder Simulation (afternoon). Engineering the Future. Electrical Engineering:. Digital Circuits Fundamentals Binary Numbers Binary Functions. Decimal Numbers. Binary Numbers. Binary Numbers.

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Data transmitted

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Lecture 6: Assembly Language

Lecture 6: Assembly Language. Computer Engineering 211 Spring 2002. i?? $r1 AddrA ?? $r2 A[i] ?? $r4. While Loops. i=0; while (A[i]!=0) { A[i] = A[i] + 5; i=i+1; }. Version 1 move $r1, $r0 #i=0 Loop: add $r3, $r1, $r2 # $r3 ? Addr[A[i]]

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General DSM layout for E+B

F2. East Barrel. F1. West Barrel. E2. A2. E1. F0. A1. E0. A0. Endcap. D0. B0. D1. B1. C0. B2. D2. C1. C2. Layer 1. Layer 0. General DSM layout for E+B. Endcap Sum energy A-F. Layer 3. Endcap 9 DMSs. Layer 2. LAST DSM. West Barrel Sum energy A-D. E+B DSM.

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Layer 0

Each DSM has two output ports which pass 16 bits each. Layer 0. Layer 1. Layer 2. LAST DSM.

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