'Mips register 0' presentation slideshows

Chapter 2 : Instruction Set

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Instructions: Language of the Computer

Instructions: Language of the Computer. Assembly Language vs. Machine Language. Assembly provides convenient symbolic representation much easier than writing down numbers regular rules: e.g., destination first Machine language is the underlying reality

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Arithmetic Operations

Arithmetic Operations. Add and subtract, three operands Two sources and one destination add a, b, c # a gets b + c All arithmetic operations have this form Design Principle 1: Simplicity favors regularity Regularity makes implementation simpler

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Chapter 2

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Lecture 5 Sept 14 Goals: Chapter 2 continued

Lecture 5 Sept 14 Goals: Chapter 2 continued MIPS assembly language instruction formats translating c into MIPS - examples. Just as first RISC processors were coming to market (around1986), Computer chronicles dedicated one of its shows to RISC.

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Computer Architecture & Operations I

Instructor: Yaohang Li. Computer Architecture & Operations I. Review. Last Class Register Memory SRAM DRAM This Class MIPS Instruction Set Next Class MIPS Instructions. Hexadecimal. Base 16 Compact representation of bit strings 4 bits per hex digit. Example: eca8 6420

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Lecture 2.2

Lecture 2.2. Instructions: Representation. Objectives. Describe the abstract of MIPS-32 architecture Explain the purpose of 32 registers Illustrate the three formats of MIPS-32 instructions Translate simple C statements to assembly instructions

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