Embedded Computer Systems: Architectures, Modeling, and Simulation: 7th International Workshop, SAMOS 2007, Samos, Greece, July 16-19, 2007, ProceedingsStamatis Vassiliadis, Mladen Berekovic, Timo D. Hämäläinen Springer, 2007. gada 30. aug. - 470 lappuses Stamatis Vassiliadis established the SAMOS workshop in the year 2001—an event which combines his devotion to computer engineering and his pride for Samos, the island where he was born. The quiet and inspiring northern mo- tainside of this Mediterranean island together with his enthusiasm and warmth created a unique atmosphere that made this event so successful. Stamatis V- siliadis passed away on Saturday, April 7, 2007. The research community wants to express its gratitude to him for the creation of the SAMOS workshop, which will not be the same without him. We would like to dedicate this proceedings volume to the memory of Stamatis Vassiliadis. The SAMOS workshop is an international gathering of highly quali?ed - searchers from academia and industry, sharing their ideas during a 3-day lively discussion.Theworkshopmeetingisoneoftwocolocatedevents—theotherevent being the IC-SAMOS. The workshop is unique in the sense that not only solved research problems are presented and discussed but also (partly) unsolved pr- lems and in-depth topical reviews can be unleashed in the scienti?c arena. C- sequently, the workshop provides the participants with an environment where collaboration rather than competition is fostered. |
No grāmatas satura
1.–5. rezultāts no 38.
xv. lappuse
... Components. Resource Conflict Detection in Simulation of Function Unit Pipelines ... 233 Pekka Jääskeläinen, Vladim ́ır Guzma, and Jarmo Takala A Modular Coprocessor Architecture for Embedded Real-Time Image and Video Signal Processing ...
... Components. Resource Conflict Detection in Simulation of Function Unit Pipelines ... 233 Pekka Jääskeläinen, Vladim ́ır Guzma, and Jarmo Takala A Modular Coprocessor Architecture for Embedded Real-Time Image and Video Signal Processing ...
65. lappuse
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68. lappuse
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99. lappuse
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110. lappuse
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Saturs
1 | |
2 | |
3 | |
13 | |
24 | |
34 | |
Model and Validation of Block Cleaning Cost for Flash Memory | 46 |
VLSI Architecture for MRF Based Stereo Matching | 55 |
Resource Conflict Detection in Simulation of Function Unit Pipelines | 233 |
A Modular Coprocessor Architecture for Embedded RealTime Image and Video Signal Processing | 241 |
HighBandwidth Address Generation Unit | 251 |
An IP Core for Embedded Java Systems | 263 |
Parallel Memory Architecture for TTA Processor | 273 |
A Linear Complexity Algorithm for the Generation of Multiple Input Single Output Instructions of Variable Size | 283 |
Automated Power Gating of Registers Using CoDeL and FSM Branch Prediction | 294 |
A Study of Energy Saving in Customizable Processors | 304 |
LowPower Twiddle Factor Unit for FFT Computation | 65 |
TradeOffs Between Voltage Scaling and Processor Shutdown for LowEnergy Embedded Multiprocessors | 75 |
An AutomaticallyRetargetable TimeConstraintDriven Instruction Scheduler for Postcompiling Optimization of Embedded Code | 86 |
Improving TriMedia Cache Performance by Profile Guided Code Reordering | 96 |
A Streaming Machine Description and Programming Model | 107 |
Mapping and Performance Evaluation for Heterogeneous MPSoCs Via Packing | 117 |
Strategies for Compiling μTC to Novel Chip Multiprocessors | 127 |
Image Quantisation on a Massively Parallel Embedded Processor | 139 |
Stream Image Processing on a DualCore Embedded System | 149 |
A New CoarseGrain Reconfigurable Array for High Throughput Multimedia Processing | 159 |
FPGA Design Methodology for a WaveletBased Scalable Video Decoder | 169 |
Evaluating Large SystemonChip on MultiFPGA Platform | 179 |
Efficiency Measures for Multimedia SOCs | 190 |
OnChip Bus Modeling for Power and Performance Estimation | 200 |
A Framework Introducing Model Reversibility in SoC Design Space Exploration | 211 |
Towards Multiapplication Workload Modeling in Sesame for SystemLevel Design Space Exploration | 222 |
Trends in Low Power Handset Software Defined Radio | 313 |
Design of a Low Power Presynchronization ASIP for Multimode SDR Terminals | 322 |
Area Efficient Fully Programmable Baseband Processors | 333 |
The Next Generation Challenge for Software Defined Radio | 343 |
Design Methodology for Software Radio Systems | 355 |
Power Efficient Cosimulation Framework for a Wireless Application Using Platform Based SoC | 365 |
A Comparative Study of Different FFT Architectures for Software Defined Radio | 375 |
Design of 100 muW Wireless Sensor Nodes on Energy Scavengers for Biomedical Monitoring | 385 |
ToolAided Design and Implementation of Indoor Surveillance Wireless Sensor Network | 396 |
System Architecture Modeling of an UWB Receiver for Wireless Sensor Network | 408 |
An Embedded Platform with DutyCycled Radio and Processing Subsystems for Wireless Sensor Networks | 421 |
A New Operating System for Time Critical WSN Applications | 431 |
Review of Hardware Architectures for Advanced Encryption Standard Implementations Considering Wireless Sensor Networks | 443 |
An Energy Efficient Topology Control for Wireless Sensor Networks | 454 |
Author Index | 464 |
Bieži izmantoti vārdi un frāzes
active addition algorithm allows analysis application approach architecture block cache called clock communication compared compiler complexity components Computer Conference configuration constraints consumption core cost cycle decoder defined described dynamic efficient embedded energy estimation evaluation event example execution Figure follows FPGA frequency function gating graph hardware IEEE implementation improvement increase input instruction International language latency layer logic mapping memory method module multiple node operations optimization output parallel parameters performance pipeline platform possible presented Proc processing processor proposed radio receiver reconfigurable reduce References represents resource running scheduling scheme sensor shown shows signal simulation single specific stream structure synchronization Table tasks technique Technology thread unit values vector wireless
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