'Software pipelining' diaporamas de présentation

Chapter 12 Software Optimisation

Chapter 12 Software Optimisation. Software Optimisation Chapter. This chapter consists of three parts: Part 1: Optimisation Methods. Part 2: Software Pipelining. Part 3: Multi-cycle Loop Pipelining. Chapter 12 Software Optimisation Part 1 - Optimisation Methods. Objectives.

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ECE 486/586 Computer Architecture Chapter 7 Software Pipelining

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Processor Architectures and Program Mapping

Processor Architectures and Program Mapping. Exploiting ILP part 2: code generation. TU/e 5kk10 Henk Corporaal Jef van Meerbergen Bart Mesman. Overview. Enhance performance: architecture methods Instruction Level Parallelism VLIW Examples C6 TM TTA Clustering Code generation

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Compiler Optimizations for Modern VLIW/EPIC Architectures

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Empirical (so far) Understanding of Communication Optimizations for GAS Languages

Empirical (so far) Understanding of Communication Optimizations for GAS Languages. Costin Iancu LBNL. $10,000 Questions. Can GAS languages do better than message passing? Claim : maybe, if programs are optimized simultaneously both in terms of serial and parallel performance.

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9. Code Scheduling for ILP-Processors

9. Code Scheduling for ILP-Processors. { Software! compilers optimizing code for ILP-processors, including VLIW} 9.1 Introduction 9.2 Basic block scheduling 9.3 Loop scheduling 9.4 Global scheduling. TECH Computer Science. CH01.

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S. M. Farhad Programming Language Group School of Information Technology The University of Sydney

Mapping Stream Programs onto Heterogeneous Multiprocessor Systems [by Barcelona Supercomputing Centre, Spain, Oct 09]. S. M. Farhad Programming Language Group School of Information Technology The University of Sydney. Abstract.

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Optimizing Loop Performance for Clustered VLIW Architectures

by Yi Qian (Texas Instruments) Co-authors: Steve Carr (Michigan Technological University) Phil Sweany (Texas Instruments). Optimizing Loop Performance for Clustered VLIW Architectures. Clustered VLIW Architecture. Motivation.

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The EPIC-VLIW Approach

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Memory-Aware Compilation

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Compiler Optimization-Space Exploration

Compiler Optimization-Space Exploration. Authors Spyridon Triantafyllis , Manish Vachharajani , Neil Vachharajani , David I. August. Adrian Pop IDA/PELAB adrpo@ida.liu.se. Outline. Introduction The Problem: Predictive Heuristics and A Priori Evaluation Some Solutions:

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Compiler Optimization-Space Exploration

Compiler Optimization-Space Exploration. Authors Spyridon Triantafyllis , Manish Vachharajani , Neil Vachharajani , David I. August. Adrian Pop IDA/PELAB adrpo@ida.liu.se. Outline. Introduction The Problem: Predictive Heuristics and A Priori Evaluation Some Solutions:

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Enhanced Pipeline Scheduling

Enhanced Pipeline Scheduling. Overview of Enhanced Pipeline Scheduling. Compiler Scheduling for ILP Basic Idea of EPS and a Generic Example Aggressive DAG scheduling techniques. Review of Compiler Instruction Scheduling.

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Computer Architecture Principles Dr. Mike Frank

Computer Architecture Principles Dr. Mike Frank. CDA 5155 Summer 2003 Module #26 Software Pipelining. Software Pipelining. Software Pipelining. In hardware pipelining, we overlap the execution of multiple instructions .

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