'Instruction issue' diaporamas de présentation

Tipovi procesora - Chapter 2 -

Tipovi procesora - Chapter 2 -. Different classes of processors. In order to achieve efficient designs, there exist different classes of processors : Microcontrollers RISC processors Digital Signal Processors (DSP) Multimedia processors

1.46k views • 111 slides

Part 9 Instruction Level Parallelism (ILP) - Concurrency

Computer Architecture Slide Sets WS 2012/2013 Prof. Dr. Uwe Brinkschulte Prof. Dr. Klaus Waldschmidt. Part 9 Instruction Level Parallelism (ILP) - Concurrency. Classical pipelining allows the termination of up to one instruction per clock cycle (scalar execution)

940 views • 84 slides

Lecture 9 Dynamic Scheduling of Pipeline

Lecture 9 Dynamic Scheduling of Pipeline. Static vs Dynamic Scheduling. Static Scheduling by compiler Code motion for LD delay slots and branch delay slots Code motion for avoiding data dependency In-order instruction issue:

962 views • 82 slides

Key Findings of the Macao-China PISA 2006 Scientific Literacy Study

1.08k views • 52 slides

Superscalar Processor

Superscalar Processor. Abdullah A Alasmari & Eid S. Alharbi. Outlines. Pipeline & Hazards Superscalar Instruction issue policy Register renaming MIPS R10000 Advanced Superscalar Summary. Pipeline & Hazards.

692 views • 39 slides

Pipelining (Dynamic Scheduling Through Hardware Schemes)

Pipelining (Dynamic Scheduling Through Hardware Schemes). Static vs Dynamic Scheduling. Static Scheduling by compiler Code scheduling for LD delay slots and branch delay slots Code scheduling for avoiding data dependency

457 views • 34 slides

Chapter 14 Instruction Level Parallelism and Superscalar Processors

Chapter 14 Instruction Level Parallelism and Superscalar Processors. What is Superscalar?. Common instructions (arithmetic, load/store, conditional branch) can be initiated and executed independently Equally applicable to RISC & CISC In practice usually RISC. 2. Why Superscalar?.

363 views • 30 slides

CSC 4250 Computer Architectures

CSC 4250 Computer Architectures. September 29, 2006 Appendix A. Pipelining. Static Pipeline Scheduling. Simple pipeline fetches an instruction, decodes it, and checks for hazards (structural and data) If no hazard, then issue instruction

405 views • 27 slides

CSC 4250 Computer Architectures

CSC 4250 Computer Architectures. September 22, 2006 Appendix A. Pipelining. Instruction Issue. What is Instruction Issue? Process of letting an instruction move from ID stage to EX stage. Data Hazards. How does MIPS Integer Pipeline avoid data hazards?

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Integer Pipeline

184 views • 18 slides

Microarchitecture of Superscalars (8) Basic Processor Structures

Microarchitecture of Superscalars (8) Basic Processor Structures. Dezs? Sima Fall 2007. (Ver. 2.0). ? Dezs? Sima, 2007. Overview. 1. Overview. 2. Dynamic instruction issue. 3. Predecoding. 2.1 Significant design aspects of dynamic instruction issue. 2.2 Basic issue schemes.

266 views • 15 slides