Keyphrases
Massively Parallel Computation
100%
South Florida
100%
Computing Capabilities
75%
Personal Projects
50%
Software System
50%
Secure Hardware
50%
Popular
50%
Simulation Approach
25%
Computing Systems
25%
Runtime Performance
25%
Software Framework
25%
Pattern Identification
25%
System Framework
25%
Application Domain
25%
Direct Benefits
25%
New Platform
25%
Graphics Processing Unit
25%
System Architecture
25%
Computer Engineering
25%
Software Application
25%
Software Stack
25%
Security Policy
25%
Large-scale Clustering
25%
Vision Recognition
25%
Modeling Data
25%
Policy Composition
25%
Big Data Management
25%
Scientific Computing
25%
Biomedical Images
25%
Usage Patterns
25%
Model Representation
25%
Efficient Modeling
25%
Coarse-grained Molecular Dynamics Simulation
25%
Multicore
25%
Intel
25%
Media Content
25%
Image Data
25%
Heterogeneous multicore
25%
General-purpose Computing
25%
Project Training
25%
High Performance Computing
25%
K-12 Students
25%
Pattern Theory
25%
Cross-pollination
25%
Large Community
25%
Single chip
25%
Computer Science
25%
Accurate Simulation
25%
Computer Vision
25%
Cluster Computing
25%
Framework System
25%
Algorithmic Modeling
25%
System Security
25%
1-design
25%
Automated Interpretation
25%
System Application
25%
Multicore Processors
25%
Collaborative Networks
25%
Energy-efficient Hardware
25%
Hardware System
25%
Multicore Systems
25%
Pattern Recognition
25%
Interesting Research
25%
Project-based Teaching
25%
Design Information
25%
Hardware Design
25%
Coprocessor
25%
Computer Science
Massively Parallel Computing
100%
Software Systems
66%
Multicore
66%
Individual Project
66%
Application Domain
33%
System Security
33%
Computer Cluster
33%
Simulation Approach
33%
Pattern Recognition
33%
Software Stack
33%
Representation Model
33%
Software Application
33%
System Architecture
33%
Data Management
33%
Intensive Computation
33%
Full Advantage
33%
Big Data
33%
Pattern Identification
33%
Energy Efficient
33%
Data Mining
33%
Data Stream
33%
Security Hardware
33%
Hardware Design
33%
Developing Software
33%
Multicore System
33%
Integrated Core
33%
single-chip
33%
Software Frameworks
33%
Program Content
33%
Processing Unit
33%
Coprocessor
33%
Engineering Science
33%
Security Policy
33%
High-Performance Computing
33%
Many-Core
33%