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Loop unrolling
Loop Pipelining with Resource and Timing Constraints
Research of Register Pressure Aware Loop Unrolling Optimizations for Compiler
CS153: Compilers Lecture 19: Optimization
Fast-Path Loop Unrolling of Non-Counted Loops to Enable Subsequent Compiler Optimizations∗
A Hierarchical Region-Based Static Single Assignment Form
The Effect of C Ode Expanding Optimizations on Instruction Cache Design
A Tiling Perspective for Register Optimization Fabrice Rastello, Sadayappan Ponnuswany, Duco Van Amstel
Graduate Computer Architecture Chapter
The Effect of Code Expanding Optimizations on Instruction Cache Design
LLVM Performance Optimization for Z Systems
That Increase Instruction-Level Parallelism 1 Introduction
Code Scheduling
Dynamic Translation of Runtime Environments for Heterogeneous Computing
Vbcc Compiler System
CS 4120 Introduction to Compilers Andrew Myers Cornell University
Automatic Non-Functional Testing and Tuning of Configurable Generators Mohamed Boussaa
Global Optimization
CSCI 742 - Compiler Construction
Top View
Manual Micro-Optimizations in C++ an Investigation of Four Micro-Optimizations and Their Usefulness
Implementation of Invariant Code Motion Optimization in an Embedded Processor Oriented Compiler Infrastructure
Improving Software Pipelining with Unroll-And-Jam and Memory Reuse Analysis
Removing Anti Dependences by Repairing
CS153: Compilers Lecture 19: Loop Optimization II
Schleifenausrollen Mit Nicht Konstanten Grenzen in FIRM
Clairvoyance: Look-Ahead Compile-Time Scheduling
An Aggressive Approach to Loop Unrolling JACK W
User-Directed Loop-Transformations in Clang
Constant Folding • Common Sub-Expression Elimination • Dead Code • Strength Reduction • Code Motion • Tail Recursion • Loop Unrolling • Psychic Powers
Loop Optimizations
Common Subexpression Elimination Replace Recomputation of Expression by Use of Temp Which Holds Value
Code Optimization with the IBM Z/OS XL C/C++ Compiler IBM
Project-Team DIVERSE
4.Optimizing Program Performance
Loop Optimization
A High Performance Backend for Array-Oriented Programming on Next-Generation Processing Units Simon Andreas Frimann Lund
CS 4120/5120 Lecture 28 Loop Unrolling and Redundancy Elimination 10 April 2019 Lecturer: Andrew Myers
Loop Optimizations
`C and Tcc: a Language and Compiler for Dynamic Code Generation
Correctness Testing of Loop Optimizations in C and C++ Compilers
Is Compiling for Performance == Compiling for Power?
Efficient Pipelining of Nested Loops: Unroll-And-Squash by Darin S
Approximate Loop Unrolling Marcelino Rodriguez-Cancio, Benoit Combemale, Benoit Baudry
Aggressive Aggregation: a New Paradigm for Program Optimization
Pro Le-Guided Automatic Inline Expansion for C Programs
Optimal Loop Unrolling for GPGPU Programs
Extensive Parameterization and Tuning of Architecture-Sensitive Optimizations 1
CS107, Lecture 15 Optimization
Aggressive Loop Unrolling in a Retargetable, Optimizing Compiler JACK W
Partial Redundancy Elimination, Loop Optimization & Lazy Code Motion
Loop Transformations Simone Campanoni
[email protected]
Outline
Introduction 22 : Optimization
Lecture 5: VLIW, Software Pipelining, and Limits to ILP
Scalar Optimizations
Software Pipelining: an Effective Scheduling Technique for VLIW Machines
Code Optimization
Optimizations Correct Program in High IR IR Lowering Program in Low IR