Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2
➤ Gửi thông báo lỗi ⚠️ Báo cáo tài liệu vi phạmNội dung chi tiết: Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2
Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2
Instruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation Inst Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 truction TypesNumber of AddressesInstruction Set Design12.2Types of OperandsNumbersCharactersLogical Data12.3Intel x86 and ARM Data Typesx86 Data Types ARM Data Types12.4Types of OperationsData Transfer ArithmeticLogical ConversionInput/Output System Control Transfer of Control12.5Intel x86 and ARM Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 Operation Typesx86 Operation Types ARM Operation Types12.6Recommended Reading12.7Key Terms, Review Questions, and ProblemsAppendix 12A Little-, Big-,Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2
and Bi-Endian405406 CHAPTER 12 / INSTRUCTION SETS: CHARACTERISTICS AND FUNCTIONSLearning ObjectivesAfter studying this chapter, you should be able to:Instruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation Inst Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 esent an overview of x86 and ARM data types.♦Describe the types of operands supported by typical machine instruction sets.♦Present an overview of x86 and ARM operation types.♦Understand the differences among big endian, little endian, and bi-endian.Much of what is discussed in this book is not readi Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 ly apparent to the user or programmer of a computer. If a programmer is using a high-level language, such as Pascal or Ada. very little of the architeEbook Computer organization and architecture designing for performance (Ninth edition): Part 2
cture of the underlying machine is visible.One boundary where the computer designer and the computer programmer can view the same machine is the machiInstruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation Inst Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 g the processor is a task that in large part involves implementing the machine instruction set. The user who chooses to program in machine language (actually, in assembly language: see Appendix B) becomes aware of the register and memory structure, the types of data directly supported by the machine Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 , and the functioning of the ALU.A description of a computer’s machine instruction set goes a long way toward explaining the computer’s processor. AccEbook Computer organization and architecture designing for performance (Ninth edition): Part 2
ordingly, we focus on machine instructions in this chapter and the next.12.1 MACHINE INSTRUCTION CHARACTERISTICSThe operation of the processor is deteInstruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation Inst Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 e processor can execute is referred to as the processor's instruction set.Elements of a Machine InstructionEach instruction must contain the information required by the processor for execution. Figure 12.1. which repeats Figure 3.6. shows the steps involved in instruction execution and. by implicati Ebook Computer organization and architecture designing for performance (Ninth edition): Part 2 on, defines the elements of a machine instruction. These elements are as follows:Instruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation InstInstruction Sets:Characteristics and Functions12.1Machine Instruction CharacteristicsElements of a Machine Instruction Instruction Representation InstGọi ngay
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