| Complier |
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| An Efficient Compiler Technique for Code Size Reduction Using Reduced Bit-Width ISAs |
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| A compiler technique for improving whole-program locality |
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| A Parallelizing Compiler Technique for Loops with lrregular Accesses |
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| A Compiler Technique With SIMD Instructions for Multi-Media Processing |
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| Compiler Optimization Technique with Prediction of Execution Timing of Instructions |
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| Complier-Supported Speculation Techniques For SMT Processors |
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| Utilizing Parallel Resources By Speculation |
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| Java Compilation for Embedded Systems: Current & Next Generation |
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| A Compiler Technique to Hide Relaxed Memory Consistency |
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| Compiler Techniques for the Distribution of Data and Computation |
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| Analysis of the Influence of Register File Size on Energy Consumption, Code Size and Execution Time |
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| Communication Optimizations and Their Effects on Memory Consistency Models |
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| Decoupled Software Pipelining: A Promising Technique to Exploit Thread-Level Parallelism |
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Compiler.net  |
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| Intel? compilers |
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| Embedded Tools and C Compilers for Developing Compact, Efficient Code |
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| A Region-Based Compilation Technique for a Java Just-In-Time Compiler |
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| Compilers For Embedded Systems Reading List |
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| DeCCo: A Demonstrably Correct Compiler |
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| Abstract State Machines: Static Link Technique |
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| Customization For C++ |
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| A Compiler Optimization Technique |
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| Introduction to Special Issue on Compilers and Languages for Parallel and Distributed Computers |
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| A Parallelizing Compiler Based on Partial Evaluation |
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| Advanced System Tool For Low-Power Designs |
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| Compiler-Directed Page Coloring For Multiprocessors |
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| StackGuard and StackShield |
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| Cache Miss Heuristics and Preloading Techniques for General-Purpose Programs |
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| Reducing Register File Energy Consumption Using Compiler Support |
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| An Overview Of IA-64 Architectural Features and Compiler Optimization |
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| Memory Redundancy Elimination To Improve Application Energy Efficiency |
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| Reorganizing Global Schedules For Register Allocation |
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| TRAIAN: A Compiler for E-LOTOS/LOTOS NT Specifications |
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| Compilation and Simulation Support For Custom Instruction Processors |
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| Compiling deductive queries with the STARBASE compilation technique |
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| Automatically Proving the Correctness of Compiler Optimizations |
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| Building Demanding Hard Real-Time Systems with Software Thread Integration |
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| PointGuard: Protecting Pointers From Buffer Overflow Vulnerabilities |
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| Using XML as an Intermediate Form for Compiler Development |
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| Intel? OpenMP C++/Fortran Compiler for Hyper-Threading Technology: Implementation and Performance (continued |
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| Improving Lookahead in Parallel Discrete Event Simulations of Large-Scale Applications using Compiler Analysis |
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| Advanced Compiler Design and Implementation (Book) 1997 |
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| Modern Compiler Design (Book) 2000 |
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| Modern Compiler Implementation In Java (Book) 2002 |
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| Optimizing Compilers for Modern Architectures: A Dependence-based Approach (Book) 2001 |
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| Compiler Design (Book) 1995 |
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| The Compiler Design Handbook: Optimizations & Machine Code Generation (Book) 2002 |
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| Compiler Optimizations |
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| Advanced Compiler Optimization Techniques |
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| Fast Area Estimation to Support Compiler Optimizations in FPGA ... |
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| The Multics MACLISP Compiler |
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| Design Compiler Technology Backgrounder |
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| Compilers, Interpreters and Bytecode |
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| Compiler-Assisted Thread Level Control Speculation |
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| The Accent Compiler Compiler |
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| Verifying Data Flow Optimizations for Just-in-Time Compilation |
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| Incremental Development of a High Integrity Compiler: experience from an industrial development |
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| Facile: A Language and Compiler For High-Performance Processor ... |
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| Compiler Support for Reducing Leakage Energy Consumption |
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| The Compiler Search Engine |
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| Aki - Debugger for Attribute Grammar Description |
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| Maximizing Multiprocessor Performance with the SUIF Compiler |
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| A Compiler Toolkit in Haskell |
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| Just-In-Time Compilation |
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| Compiler Optimization-Space Exploration |
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| Compiler-directed cache polymorphism |
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| GARGOYLE, A Language for Compiler Writing |
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| Method and system for supporting software pipelining using a shifting register queue |
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| RMTool: The Software Reflexion Model Technique |
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| A Dynamic Technique for Eliminating Buffer Overflow Vulnerabilities (and Other Memory Errors) |
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| shuJIT - Java Just-In-Time Compiler for x86 Processors |
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| Advanced Compiler Optimization nTechniques |
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| Abstract State Machines: Compiler Correctness |
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| Low-power branch prediction techniques for VLIW architectures |
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| Optimized for Maximum Acceleration |
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| Design of Multilingual Retargetable Compilers: Experience of the XDS Framework Evolution. |
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| Using Basic Compiler Optimizations |
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| CASPER: Compiler-Assisted Securing of Programs at Runtime |
|
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| Polyglot: An Extensible Compiler Framework for Java |
|
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| Playing by the Rules: Rewriting as a Practical Optimization Technique in GHC |
|
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| Toward Differentiation-Enabled Fortran 95 Compiler Technology |
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| Very Early C Compilers and Language |
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| MIPSpro Compiler Technology |
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| Compiler-assisted Banked Register File Architecture |
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| The Very Portable Optimizer for Digital Signal Processors |
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| Modular Compilers and Their Correctness Proofs |
|
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| Automatically Proving the Correctness of Compiler Optimizations |
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| Delphi Compiler Core |
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| General Compiler-Assisted Software Prefetching |
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| Advanced Parallelizing Compiler Technology |
|
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| ACCENT - A Compiler Compiler for the Entire Class of Context-Free Languages |
|
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| A quick overview and justification of vector processing |
|
|
| HPFC: A Prototype HPF Compiler |
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| Compiler Research At Rochester |
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| 4stack Compiler |
|
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| The JIT Compiler Interface Specification |
|
|
| Java JIT Compiler Publications |
|
|
| Using gcj as a JIT Compiler |
|
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| Just-In-Time (JIT) Compiler |
|
|
| Profile-Guided Optimizations For a .NET JIT Compiler |
|
|
| Working of JIT Compiler For Java VM |
|
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| JIT Compiler For Linux |
|
|
| Software Thread Integration (STI) |
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|
Engineering
Software Process ...
Software Life Cycle
Light Weight ...
Agile Methods
