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Compiler Optimizations for Scalable Parallel Systems : Languages, Compilation Techniques, and Run Time Systems - Santosh Pande

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Compiler Optimizations for Scalable Parallel Systems

Languages, Compilation Techniques, and Run Time Systems

By: Santosh Pande (Editor), Dharma P. Agrawal (Editor)

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Paperback | 18 April 2001

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812 Pages

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23.39 x 15.6 x 4.09

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Scalable parallel systems or, more generally, distributed memory systems offer a challenging model of computing and pose fascinating problems regarding compiler optimization, ranging from language design to run time systems. Research in this area is foundational to many challenges from memory hierarchy optimizations to communication optimization.
This unique, handbook-like monograph assesses the state of the art in the area in a systematic and comprehensive way. The 21 coherent chapters by leading researchers provide complete and competent coverage of all relevant aspects of compiler optimization for scalable parallel systems. The book is divided into five parts on languages, analysis, communication optimizations, code generation, and run time systems. This book will serve as a landmark source for education, information, and reference to students, practitioners, professionals, and researchers interested in updating their knowledge about or active in parallel computing.

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Non-Fiction Computing & I.T.Computer Science Computer Architecture & Logic Design Parallel Processing Computer Programming & Software Development Compilers & Interpreters Medicine Medicine in General Computer Networking & Communications Operating Systems Programming & Scripting Languages

Computer Hardware Network Hardware Software Engineering

Preface	p. V
Introduction	p. XXI
Compiling for Distributed Memory Multiprocessors	p. XXI
Motivation	p. XXI
Complexity	p. XXII
Outline of the Monograph	p. XXII
Future Directions	p. XXVII
Languages
High Performance Fortran 2.0	p. 3
Introduction	p. 3
History and Overview of HPF	p. 3
Data Mapping	p. 7
Basic Language Features	p. 7
Advanced Topics	p. 13
Data Parallelism	p. 18
Basic Language Features	p. 19
Advanced Topics	p. 29
Task Parallelism	p. 34
EXTRINSIC Procedures	p. 34
The TASK_REGION Directive	p. 37
Input and Output	p. 39
Summary and Future Outlook	p. 41
The Sisal Project: Real World Functional Programming	p. 45
Introduction	p. 45
The Sisal Language: A Short Tutorial	p. 46
An Early Implementation: The Optimizing Sisal Compiler	p. 49
Update in Place and Copy Elimination	p. 49
Build in Place	p. 50
Reference Counting Optimization	p. 51
Vectorization	p. 51
Loop Fusion, Double Buffering Pointer Swap, and Inversion	p. 51
Sisal90	p. 53
The Foreign Language Interface	p. 54
A Prototype Distributed-Memory SISAL Compiler	p. 58
Base Compiler	p. 59
Rectangular Arrays	p. 59
Block Messages	p. 60
Multiple Alignment	p. 60
Results	p. 61
Further Work	p. 62
Architecture Support for Multithreaded Execution	p. 62
Blocking and Non-blocking Models	p. 63
Code Generation	p. 64
Summary of Performance Results	p. 68
Conclusions and Future Research	p. 69
HPC++ and the HPC++Lib Toolkit	p. 73
Introduction	p. 73
The HPC++ Programming and Execution Model	p. 74
Level 1 HPC++	p. 75
The Parallel Standard Template Library	p. 76
Parallel Iterators	p. 77
Parallel Algorithms	p. 77
Distributed Containers	p. 78
A Simple Example: The Spanning Tree of a Graph	p. 78
Multi-threadedProgramming	p. 82
Synchronization	p. 84
Examples of Multi-threaded Computations	p. 92
Implementing the HPC++ Parallel Loop Directives	p. 96
Multi-context Programming and Global Pointers	p. 99
Remote Function and Member Calls	p. 101
Using Corba IDL to Generate Proxies	p. 103
The SPMD Execution Model	p. 105
Barrier Synchronization and Collective Operations	p. 105
Conclusion	p. 106
A Concurrency Abstraction Model for Avoiding Inheritance Anomaly in Object-Oriented Programs	p. 109
Introduction	p. 109
Approaches to Parallelism Specification	p. 113
Issues in Designing a COOPL	p. 113
Issues in Designing Libraries	p. 114
What Is the Inheritance Anomaly?	p. 115
State Partitioning Anomaly (SPA)	p. 116
History Sensitiveness of Acceptable States Anomaly (HSASA)	p. 118
State Modification Anomaly (SMA)	p. 118
Anomaly A	p. 119
Anomaly B	p. 120
What Is the Reusability of Sequential Classes?	p. 120
A Framework for Specifying Parallelism	p. 121
Previous Approaches	p. 122
The Concurrency Abstraction Model	p. 123
The CORE Language	p. 126
Specifying a Concurrent Region	p. 126
Defining an AC	p. 126
Defining a Parallel Block	p. 127
Synchronization Schemes	p. 129
Illustrations	p. 129
Reusability of Sequential Classes	p. 130
Avoiding the Inheritance Anomaly	p. 131
The Implementation Approach	p. 133
Conclusions and Future Directions	p. 134
Analysis
Loop Parallelization Algorithms	p. 141
Introduction	p. 141
Input and Output of Parallelization Algorithms	p. 142
Input: Dependence Graph	p. 143
Output: NestedLoops	p. 144
Dependence Abstractions	p. 145
Dependence Graphs and Distance Sets	p. 145
Polyhedral Reduced Dependence Graphs	p. 147
Definition and Simulation of Classical Dependence Representations	p. 148
Allen and Kennedy's Algorithm	p. 149
Algorithm	p. 150
Power and Limitations	p. 151
Wolf and Lam's Algorithm	p. 152
Purpose	p. 153
Theoretical Interpretation	p. 153
The General Algorithm	p. 154
Power and Limitations	p. 155
Darte and Vivien's Algorithm	p. 156
Another Algorithm Is Needed	p. 156
Polyhedral Dependences: A Motivating Example	p. 158
Illustrating Example	p. 160
Uniformization Step	p. 162
Scheduling Step	p. 162
Schematic Explanations	p. 165
Power and Limitations	p. 166
Feautrier's Algorithm	p. 167
Conclusion	p. 169
Array Dataflow Analysis	p. 173
Introduction	p. 173
Exact Array Dataflow Analysis	p. 176
Notations	p. 176
The Program Model	p. 176
Data Flow Analysis	p. 181
Summary of the Algorithm	p. 189
Related Work	p. 190
Approximate Array Dataflow Analysis	p. 190
From ADA to FADA	p. 191
Introducing Parameters	p. 195
Taking Properties of Parameters into Account	p. 197
Eliminating Parameters	p. 201
Related Work	p. 202
Analysis of Complex Statements	p. 204
What Is a Complex Statement	p. 204
ADA in the Presence of Complex Statements	p. 206
Procedure Calls as Complex Statements	p. 206
Applications of ADA and FADA	p. 208
Program Comprehension and Debugging	p. 209
Parallelization	p. 211
Array Expansion and Array Privatization	p. 212
Conclusions	p. 214
Appendix : Mathematical Tools	p. 214
Polyhedra and Polytopes	p. 214
Z-modules	p. 215
Z-polyhedra	p. 216
Parametric Problems	p. 216
Interprocedural Analysis Based on Guarded Array Regions	p. 221
Introduction	p. 221
Preliminary	p. 223
Traditional Flow-Insensitive Summaries	p. 223
Array Data Flow Summaries	p. 225
Guarded Array Regions	p. 226
Operations on GAR's	p. 228
Predicate Operations	p. 230
Constructing Summary GAR's Interprocedurally	p. 232
Hierarchical Supergraph	p. 232
Summary Algorithms	p. 233
Expansions	p. 235
Implementation Considerations	p. 238
Symbolic Analysis	p. 238
Region Numbering	p. 239
Range Operations	p. 240
Application to Array Privatization and Preliminary Experimental Results	p. 240
Array Privatization	p. 241
Preliminary Experimental Results	p. 241
Related Works	p. 243
Conclusion	p. 244
Automatic Array Privatization	p. 247
Introduction	p. 247
Background	p. 248
Algorithm for Array Privatization	p. 250
Data Flow Framework	p. 250
Inner Loop Abstraction	p. 252
An Example	p. 256
Profitability of Privatization	p. 257
Last Value Assignment	p. 258
Demand-Driven Symbolic Analysis	p. 261
Gated Single Assignment	p. 263
Demand-Driven Backward Substitution	p. 264
Backward Substitution in the Presence of Gating Functions	p. 266
Examples of Backward Substitution	p. 267
Bounds of Symbolic Expression	p. 269
Comparison of Symbolic Expressions	p. 269
Recurrence and the Function	p. 272
Bounds of Monotonic Variables	p. 273
Index Array	p. 274
Conditional Data Flow Analysis	p. 275
Implementation and Experiments	p. 276
Related Work	p. 277
Communication Optimizations
Optimal Tiling for Minimizing Communication in Distributed Shared-Memory Multiprocessors	p. 285
Introduction	p. 285
Contributions and Related Work	p. 286
Overview of the Paper	p. 288
Problem Domain and Assumptions	p. 289
Program Assumptions	p. 289
System Model	p. 291
Loop Partitions and Data Partitions	p. 292
A Framework for Loop and Data Partitioning	p. 295
Loop Tiles in the Iteration Space	p. 296
Footprints in the Data Space	p. 298
Size of a Footprint for a Single Reference	p. 300
Size of the Cumulative Footprint	p. 304
Minimizing the Size of the Cumulative Footprint	p. 311
General Case of G	p. 314
G Is Invertible, but Not Unimodular	p. 314
Columns of G Are Dependent and the Rows Are Independent	p. 316
The Rows of G Are Dependent	p. 316
Other System Environments	p. 318
Coherence-Related Cache Misses	p. 318
Effect of Cache Line Size	p. 320
Data Partitioning in Distributed-Memory Multicomputers	p. 320
Combined Loop and Data Partitioning in DSMs	p. 322
The CostModel	p. 322
The MultipleLoopsHeuristicMethod	p. 325
Implementation and Results	p. 328
Algorithm Simulator Experiments	p. 330
Experiments on the Alewife Multiprocessor	p. 330
Conclusions	p. 334
A Formulation of Loop Tiles Using Bounding Hyperplanes	p. 337
Synchronization References	p. 337
Communication-Free Partitioning of Nested Loops	p. 339
Introduction	p. 339
Fundamentals of Array References	p. 341
Iteration Spaces and Data Spaces	p. 342
Reference Functions	p. 343
Properties of Reference Functions	p. 343
Loop-Level Partitioning	p. 347
Iteration and Data Spaces Partitioning - Uniformly Generated References	p. 347
Hyperplane Partitioning of Data Space	p. 353
Hyperplane Partitioning of Iteration and Data Spaces	p. 359
Statement-Level Partitioning	p. 365
Affine Processor Mapping	p. 366
Hyperplane Partitioning	p. 372
Comparisons and Discussions	p. 377
Conclusions	p. 381
Solving Alignment Using Elementary Linear Algebra	p. 385
Introduction	p. 385
Linear Alignment	p. 388
Equational Constraints	p. 388
Reduction to Null Space Computation	p. 390
Remarks	p. 391
Reducing the Solution Basis	p. 392
Affine Alignment	p. 393
Encoding Affine Constraints as Linear Constraints	p. 393
Replication	p. 396
Formulation of Replication	p. 397
Heuristics	p. 398
Lessons from Some Common Computational Kernels	p. 399
Implications for Alignment Heuristic	p. 402
Table of Contents provided by Publisher. All Rights Reserved.

Compiler Optimizations for Scalable Parallel Systems

Languages, Compilation Techniques, and Run Time Systems

At a Glance

Paperback

Shipping

How to return your order

Defective items

You Can Find This Book In

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