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Keyphrases
Program Execution
100%
Memory Bound
100%
Local Programs
100%
Program Architecture
100%
Core Utilization
100%
In-memory
50%
Memory Bottleneck
50%
Strong Scaling
50%
Task Scheduling
50%
Sparse Linear Algebra
50%
Hybrid Memory Cube
50%
High Energy
25%
Order of Magnitude
25%
Energy Consumption
25%
Performance Improvement
25%
Network Design
25%
Energy Efficiency
25%
Prefetching
25%
Memory Operations
25%
Data Reuse
25%
Graph Algorithms
25%
Scheduling Overhead
25%
Performance Demands
25%
Parallel Programming Models
25%
Low Quality Data
25%
High Parallelism
25%
Tile-based
25%
Memory Latency
25%
Architectural Innovation
25%
Synchronization Overheads
25%
Process Graph
25%
Off-chip Bandwidth
25%
Processing Unit
25%
Data Placement Strategy
25%
Distributed Memory Architecture
25%
Traffic-aware
25%
Work Balance
25%
Task Synchronization
25%
Irregular Memory Access
25%
Software Innovation
25%
Bandwidth Limitation
25%
Hardware-software Co-design
25%
Core Ratio
25%
Task-based Parallel Programming
25%
Computer Science
Program Execution
100%
Memory Bound
100%
task-scheduling
100%
In-Memory Processing
100%
Parallelism
50%
Network Design
50%
Energy Consumption
50%
Distributed Memory
50%
Energy Efficiency
50%
prefetching
50%
Memory Access
50%
Memory Operation
50%
Memory Architecture
50%
Pipelining
50%
Parallel Programming Model
50%
Participatory Design
50%
Metadata
50%
Memory Latency
50%
Graph Algorithms
50%
Data Reuse
50%
Data Placement
50%
Processing Unit
50%
Memory Utilization
50%
Synchronism
50%