دانلود کتاب Programming for Hybrid Multi/Manycore MPP Systems

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Content: Introduction Introduction Chapter Overviews Determining an Exaflop Strategy Foreword By John Levesque Introduction Looking At The Application Degree Of Hybridization Required Decomposition And I/O Parallel And Vector Lengths Productivity And Performance Portability Conclusion Target Hybrid Multi/Many Core SystemForeword By John Levesque Understanding The Architecture Cache Architectures Memory Hierarchy Knl Clustering Modes Knl Mcdram Modes Importance Of Vectorization Alignment For Vectorization How Compilers Optimize Programs Foreword By John Levesque Introduction Memory Allocation Memory Alignment Comment-Line Directive Interprocedural Analysis Compiler Switches Fortran 2003 And Inefficiencies Compiler Scalar Optimizations Gathering Runtime Statistics for Optimizing Foreword By John Levesque Introduction What's Important To Profile Conclusion Utilization of Available Memory Bandwidth Foreword By John Levesque Introduction Importance Of Cache Optimization Variable Analysis In Multiple Loops Optimizing For The Cache Hierarchy Combining Multiple Loops Conclusion VectorizationForeword By John Levesque Introduction Vectorization Inhibitors Vectorization Rejection From Inefficiencies Striding Versus Contiguous Accessing Wrap-Around Scalar Loops Saving Maxima And Minima Multi-Nested Loop Structures There's Matmul And Then There's Matmul Decision Processes In Loops Handling Function Calls Within Loops Rank Expansion Outer Loop Vectorization Hybridization of an Application Foreword By John Levesque Introduction The Node's Numa Architecture First Touch In The Himeno Benchmark Identifying Which Loops To Thread Spmd Openmp Porting Entire Applications Foreword By John Levesque Introduction Spec Openmp Benchmarks Nasa Parallel Benchmark (Npb) - Bt Refactoring Vh-1 Refactoring Leslie3d Refactoring S3d - 2016 Production Version Performance Portable - S3d On Titan Future Hardware Advancements Introduction Future X86 Cpus Future Arm Cpus Future Memory TechnologiesFuture Hardware Conclusions AppendicesSupercomputer Cache Architectures The Translation Look-Aside Buffer Command Line Options / Compiler Directives Previously Used Optimizations I/O Optimization Terminology 12-Step Process