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Methods to exploit reconfigurable fabrics : making reconfigurable systems mature / Florian Dittmann. 2007
Inhalt
Introduction
Reconfigurable Computing
Contribution of the Thesis
Abstracting Layered Approach
Outline of the work
Reconfigurable Computing
Introduction
Evolution
Makimoto's Wave
Remainder of the Chapter
Technical Aspects
Reconfigurable versus Programmable
Granularity
Field Programmable Gate Arrays
Programming FPGAs
Run-Time Reconfiguration
Coupling
Fields of Application
ASIC Design
Replacement of Dedicated Circuits
Adaptive Processing
Design Approaches for Reconfigurable Systems
Execution Environments/Architectures
Placement/Scheduling Methods
Comprehensive Design Systems/Design Methods
Miscellaneous Concepts
Lesson Learned
Summary
Two-Slot Framework
Introduction
Layered Approach
Organization of the Chapter
Concept
Problem Abstraction
Problem Solution Strategy
Run-Time Architecture
Fundamental Design Constraints
Intermodule Communication
Partitioning
Simple Temporal Partitioning
Spectral Based Partitioning
Scheduler
Experiment
Proof of Concept Implementation
Cryptography Example
Extensions
Low Power Considerations
The Two Slot Framework as an IP Core
Lesson Learned
Related Work
Summary
Specification Graph Approach for Reconfigurable Fabrics
Introduction
Layered Approach
Organization of the Chapter
Concept
Problem Abstraction
Background
Problem Solution
Problem Graph
Architecture Graph
Mapping
Basic Mapping Edges
Extensions
Design Space Exploration
Experiment
Lesson Learned
Related Work
Summary
Reconfiguration Port Scheduling
Introduction
Layered Approach
Remainder of the Chapter
Concept
Execution Environment
Problem Abstraction
Reconfiguration Port Scheduling
Parallel Machine Problems with a Single Server
Aperiodic Task Scheduling
Synchronous Arrival
Asynchronous Arrival
Experimental Results
Fixed Priority Periodic Task Scheduling
Schedulability Analysis
A Server for Full Load of Slots Sections
Resource Access Protocol for Full Reconfiguration Capacity Sections
DM + SS + PIP Schedulability Test
Experiment
Caching
Offline caching methods
Dynamic/On-line Caching Methods
Combination of the Methods
Implementation
Experiment
Lesson Learned
Related Work
Summary
Algorithmic Skeletons for Dynamic Reconfiguration
Introduction
Layered Approach
Remainder of the Chapter
Concept
Algorithmic Skeletons
Application for Reconfigurable Computing
Run-time Execution Environment
Stream Parallelism
Farm Paradigm
Pipeline Paradigm
Dynamic Reconfiguration
Dynamic Reconfiguration on a Tile-Based Execution Environment
Dynamic Reconfiguration on a Skeleton-centric Execution Environment
Experiment
Cryptography Experiment
Application-centric
Lesson Learned
Related Work
Summary
Conclusion and Outlook
Conclusion
Outlook
The Design Tool Part-E
Author's Own Publications
Bibliography
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