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Run-time cache bypassing
Teresa L. Johnson
, Daniel A. Connors
, Matthew C. Merten
,
Wen Mei W. Hwu
Electrical and Computer Engineering
Information Trust Institute
Research output
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Contribution to journal
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peer-review
Overview
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Computer Science
Microarchitecture
100%
Machine Language
100%
Computer Architecture
100%
Performance Improvement
100%
Memory Hierarchy
100%
Cache Hierarchy
100%
Data Placement
100%
Instruction Cache
100%
Window Application
100%
Access Pattern
100%
Intelligent Control System
100%
Memory Performance
100%
Integer Program
100%
Computer Hardware
100%
Programming Language
100%
Keyphrases
Cache Bypassing
100%
Cache Management
100%
Data Cache
100%
Management Techniques
66%
Chip Area
66%
Cache Performance
66%
Cache Miss
66%
Microarchitecture
33%
Performance Improvement
33%
Memory Performance
33%
Machine Language
33%
Language-oriented Programming
33%
Compiler
33%
Compiler Technique
33%
Trace-driven Simulation
33%
Cache Hierarchy
33%
Caching
33%
Cache Hit Ratio
33%
Theoretical Upper Bound
33%
Numerics
33%
Processor Performance
33%
Implementation Cost
33%
Instruction Cache
33%
Memory Hierarchy
33%
Referencing Behavior
33%
Time-adaptive
33%
Windows Application
33%
Adaptive Cache
33%
Intelligent Control
33%
Integer Programming
33%
Irregular Access Pattern
33%
Instruction Set Architecture
33%
Data Placement
33%