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16.482 / 16.561 Computer Architecture and Design

16.482 / 16.561 Computer Architecture and Design. Instructor: Dr. Michael Geiger Summer 2014 Lecture 2: Arithmetic in computers. Lecture outline. Announcements/reminders Sign up for the course discussion group HW 1 due 5/23 HW 2 to be posted; due 5/27 Review: MIPS ISA

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16.482 / 16.561 Computer Architecture and Design

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Advanced ALU

Advanced ALU. Lecture 5 CS365. This lecture. RoadMap. Implementation of MIPS ALU Signed and unsigned numbers (Section 3.2) Addition and subtraction (Section 3.3) Constructing an arithmetic logic unit (Appendix B.5, B.6) Multiplication (Section 3.4) Division (Section 3.5)

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240-334 Computer System Design Lecture 3

240-334 Computer System Design Lecture 3. Wannarat Suntiamorntut. Arithmetic for Computer. Implementing the Architecture. The numbers. Binary number (base 2) numbers are finite ( overflow ) fraction and real number

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241-440 Computer System Design Lecture 3

241-440 Computer System Design Lecture 3. Wannarat Suntiamorntut. Arithmetic for Computer. Implementing the Architecture. The numbers. Binary number (base 2) numbers are finite ( overflow ) fraction and real number

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CS/COE0447 Computer Organization & Assembly Language

CS/COE0447 Computer Organization & Assembly Language. Chapter 3. Topics. Implementations of multiplication, division Floating point numbers Binary fractions IEEE 754 floating point standard Operations underflow

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CS152 Computer Architecture and Engineering Lecture 6 VHDL, Multiply, Shift

CS152 Computer Architecture and Engineering Lecture 6 VHDL, Multiply, Shift. Representation Languages. Hardware Representation Languages: Block Diagrams: FUs, Registers, & Dataflows Register Transfer Diagrams: Choice of busses to connect FUs, Regs Flowcharts

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MIPS Architecture Multiply/Divide Functions & Floating Point Chapter 4

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COE 308

COE 308. Lectures 5: Multiplication & Division. Multiplication Algorithm. 852 x 456. School Age Algorithm. 6 x 852 x 10 0. 5 x 852 x 10 1. +. 4 x 852 x 10 2. Algorithm:. Compute Partial Products. Multiply Multiplicand by EACH DIGIT of Multiplier. Single Digit Multiplication.

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Lecture 6: Multiply, Shift, and Divide

Lecture 6: Multiply, Shift, and Divide. Professor Mike Schulte Computer Architecture ECE 201. 1-bit ALU for MSB (correction). The ALU for the MSB must also detect overflow and indicate the sign of the result. 7. 0. 2. 1. 3. MIPS instructions. Instruction Example Meaning Comments

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Lecture 6: Multiply, Shift, and Divide

Lecture 6: Multiply, Shift, and Divide. Professor Mike Schulte Computer Architecture ECE 201. 1-bit ALU for MSB (correction). The ALU for the MSB must also detect overflow and indicate the sign of the result. 7. 0. 2. 1. 3. MIPS instructions. Instruction Example Meaning Comments

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MIPS mul/div instructions

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CPS3340 Computer Architecture Fall Semester, 2013

Lecture 15: Multiplication & Division Instructor: Ashraf Yaseen. CPS3340 Computer Architecture Fall Semester, 2013. Department of Math & Computer Science Central State University, Wilberforce, OH. 11/12/2013. Review. Last Class Second Exam Review This Class Multiplication Division

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Topic 3c Integer Multiply and Divide

Topic 3c Integer Multiply and Divide. Introduction to Computer Systems Engineering (CPEG 323). Unsigned Integer Multiply. Paper and pencil example: Multiplicand 1000 Multiplier * 1001 1000 0000 0000 1000 Product 01001000. 0. 0. 0. 0. A 3. A 2. A 1.

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Topic 3c Integer Multiply and Divide

Topic 3c Integer Multiply and Divide. Introduction to Computer Systems Engineering (CPEG 323). Unsigned Integer Multiply. Paper and pencil example: Multiplicand 1000 Multiplier * 1001 1000 0000 0000 1000 Product 01001000. 0. 0. 0. 0. A 3. A 2. A 1.

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Computer Arithmetic Lecture 9

Computer Engineering Department. Computer Arithmetic Lecture 9. 000000 $s2 $s3 00000 00000 24. 000000 $s2 $s3 00000 00000 25. op rs rt rd shamt funct. MIPS Multiply Instruction.

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Multipliers

Multipliers. CPSC 321 Computer Architecture Andreas Klappenecker . Multiplication. More complicated than addition accomplished via shifting and addition More time and more area Let's look at 3 versions based on gradeschool algorithm 0010 (multiplicand) __x_1011 (multiplier)

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Carrying, Multiplication, and Division

Carrying, Multiplication, and Division. 2-28-2003. Opening Discussion. What did we talk about last class? Have you seen anything interesting in the news?. Abstracting Carrying.

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CSCI206 - Computer Organization & Programming

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