Domain Specific Processors Signal Processing and Communications 20 1st Edition by Shuvra S Bhattacharyya, Ed F Deprettere ISBN 0824747119 9780824747114

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ISBN 10: 0824747119 
ISBN 13: 9780824747114
Author: Shuvra S Bhattacharyya, Ed F Deprettere

Ranging from low-level application and architecture optimizations to high-level modeling and exploration concerns, this authoritative reference compiles essential research on various levels of abstraction appearing in embedded systems and software design. It promotes platform-based design for improved system implementation and modeling and enhanced

Domain Specific Processors Signal Processing and Communications 20 1st Table of contents:

1: Automatic VHDL Model Generation of Parameterized FIR Filters
I. Introduction
II. Fir Filter Architecture
III. Filter Generation Software
IV. Results
V. Conclusions
References
2: An LUT-Based High Level Synthesis Framework for Reconfigurable Architectures
I. Introduction
II. A Framework For Logic Synthesis
III. Compiler Flow
IV. Example Of Small Fp Multipliers
V. A Raid Error Correction Case Study
VI. Conclusion
Acknowledgments
References
3: Highly Efficient Scalable Parallel-Pipelined Architectures for Discrete Wavelet Transforms
I. Introduction
II. Flowgraph Representation And Parallel Algorithms For Dwts
III. The Proposed Dwt Architectures
IV. conclusions AND A SUMMARY OF THE PERFORMANCE
References
4: Stride Permutation Access in Interleaved Memory Systems
I. Interleaved Memory Systems
II. Access Scheme
III. Stride Access
IV. Stride Permutation Access
V. Conflict-Free Parallel Memory Access For Stride Permutation
VI. Summary
References
5: On Modeling Intra-Task Parallelism in Task-Level Parallel Embedded Systems
I. Introduction
II. Related Work
III. The Sesame Modeling And Simulation Environment
IV. The Synchronization Layer
V. Modeling Intra-Task Parallelism
VI. Dataflow For Functional Unit Synchronization
VII. A Case Study: Qr Decomposition
VIII. DISCUSSION
IX. conclusions
Acknowledgments
References
6: Energy Estimation and Optimization for Piecewise Regular Processor Arrays
I. Introduction
II. Related Work
III. Notation And Background
IV. Power Modeling And Energy Estimation
V. Experiments
VI. Determination Of Energy-Optimal Space-Time Mappings
VII. Conclusions AND FUTURE WORK
Acknowledgments
References
7: Automatic Synthesis of Efficient Interfaces for Compiled Regular Architectures
I. Introduction
II. The Mmalpha System
III. The Dlms Example
IV. Application Architecture Model
V. Interface Model
VI. Structuring Streams
VII. Generating The Interface
VIII. Experiments
IX. Related Work And Discussion
X. Conclusion
XI. Appendix: Vhdl Code Of The Application-Dependent Interface
References
8: Goal-Driven Reconfiguration of Polymorphous Architectures
I. Introduction
II. Problem Formulation
III. Configuration Management Model
IV. On-Line Configuration Management
V. On-Line Adaptation
VI. Experimental Results
VII. Conclusion
VIII. Acknowledgments
References
9: Realizations of the Extended Linearization Model
I. Introduction
II. In Order/Out Of Order Case
III. The Extended Linearization Model
IV. Realizations Of The Extended Linearization Model
V. Pseudo-Polynomial Realization
VI. Linear Realization
VII. Segment Realization
VIII. Cam Realization
IX. Comparing The Different Realizations
X. Conclusions
References
10: Communication Services for Networks on Chip
I. Introduction
II. Networks Brought On Chip
III. From Buses To Nocs
IV. The ÆThereal Approach
V. Conclusions
References
11: Single-Chip Multiprocessing for Consumer Electronics
I. Introduction
II. Motivation
III. Architecture
IV. Programming
V. Coprocessor Control
VI. Case Study: Process Networks
VII. Case Study: Multithreading
VIII. Conclusions
Acknowledgment
References
12: Future Directions Of Programmable And Reconfigurable Embedded Processors
I. Introduction
II. Traditional Embedded Processor Characteristics
III. The Need For Programmability
IV. Early Time Reconfigurability
V. Future Embedded Processors
VI. conclusions

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Tags: Shuvra S Bhattacharyya, Ed F Deprettere, Domain, Processors