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Scalable Multicore Computing Using Dataflow and Task‐based Models
Georgios Georgakarakos
Information Technology
Research output
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Doctoral Thesis
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Dive into the research topics of 'Scalable Multicore Computing Using Dataflow and Task‐based Models'. Together they form a unique fingerprint.
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Keyphrases
Algorithm Description
50%
Application Framework
25%
Application Software
50%
Asymmetric multicore
25%
Code Execution
50%
Code Transformation
25%
Dataflow Model
100%
Dataflow Model of Computation
25%
Dataflow Programming
25%
Design Application
25%
Digital Electronics
25%
Evolution in Hardware
25%
Generated Code
25%
Grain Level
25%
Hardware Architecture
25%
Hardware Platform
50%
High-speed Applications
25%
Imperative Programming
25%
Model Attributes
25%
Modeling Algorithm
25%
Multi-core Execution
25%
Multicore Architecture
50%
Multicore Computing
100%
Multicore Environment
100%
Multicore Platforms
25%
Multicore Scheduling
25%
Number of Cores
75%
Optimization Techniques
25%
Parallel Execution
50%
Performance per Watt
25%
Performance Upgrade
25%
Processing Resources
50%
Programming Languages
25%
Scalable Applications
50%
Scalable Software
25%
Semantic Gap
25%
Signal Processing Algorithms
75%
Signal Processing Applications
25%
Thread Model
25%
Traditional Software Models
25%
Video Compression
25%
Computer Science
Acceptable Quality
11%
Application Execution
11%
Application Performance
22%
Application Software
22%
Executable Code
11%
Great Number
11%
Processing Resource
22%
semantic gap
11%