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Electronics / Radio resource management / Computer architecture / Wireless sensor network / Cognitive radio / Wireless networking / Scheduling / Multi-core processor / Computer cluster / Computing / Concurrent computing / Parallel computing


Exploring Parallelization for Medium Access Schemes on Many-core Software Defined Radio Architecture Xi Zhang, Junaid Ansari, Manish Arya and Petri Mähönen RWTH Aachen University, Institute for Networked Systems, Kacke
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Document Date: 2013-07-23 08:39:26

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City

San Francisco / Solan / Dresden / Kyoto / Orlando / Izmir / Boston / Jacksonville / Washington / DC / New Orleans / genetic algorithm / Seoul / Cambridge / Aachen / Lisbon / Juan / San Juan / /

Company

Mobile Computing - Cognitive Radio / Software Radio Laboratory LLC / GNU Radio / Oxford University Press / Software Defined Radio / Wiley Journal / USRP / Xilinx / Intersil / Adaptive Wireless Systems / Cognitive Radio Networks / Infinion MuSIC / Embedded Systems / Networked Systems / /

Continent

Europe / /

Country

Puerto Rico / Cyprus / France / Japan / Portugal / Korea / China / India / Germany / Italy / Turkey / United States / Singapore / Greece / /

Currency

USD / pence / /

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Event

FDA Phase / /

Facility

J. Camp / Petri Mähönen RWTH Aachen University / RWTH Aachen University / /

IndustryTerm

protocol algorithms / acceptable solution / multi-core processors / channel selection algorithm / Internet Services / homogeneous computing elements / wide range applications / homogeneous computing fabric / resource management / digital baseband multi processor system-on-chip / Wireless Communications / multi-core computing engine / lower energy consumption / homogeneous processing cores / appropriate processor / programmable processors / wireless platform / real-time constraints / homogeneous processing clusters / baseband modem signal processing / genetic algorithm / Wireless communication General Terms Design / programmable computing fabric / lower processing speed / intensive algorithms / multi-standard devices / real-time requirements / thread/processor / statistical data analysis algorithms / network technologies / specific programming models and applications / computational intensive algorithms / slow processing speed / on-board processing power / spectrum management / Machine learning algorithms / baseband processing / performance optimization algorithm / autonomous vehicle communications / large search spaces / computational algorithms / baseband chip / eBIOSS algorithm / layer processing / channel allocation algorithm / real-time performance / control processor / wireless research platform / signal processing / speed-efficient solution / Wireless Multicarrier Transceivers / baseband signal processing / real-time programmability / low latency network / easy protocol / Channel algorithms / possible solution / distributed genetic algorithm / soft-core processors / clean-slate wireless medium access protocol design / layer applications / wideband signal processing / hard real-time constraints / runtime resource management / reconfigurable solution / radio communications / /

OperatingSystem

Linux / GNU / /

Organization

Cognitive Radio Networks Using Swarm Intelligence / Rice university / Swarm Intelligence / ASIC / European Union / Oxford University / Petri Mähönen RWTH Aachen University / RWTH Aachen University / Computational Intelligence / Institute for Networked Systems / /

Person

P. Murphy / Ron Wilson / G. Singh / V / Purpose Multi-core Processors / Junaid Ansari / Manish Arya / /

Position

Reactive Task Manager / MAC designer for the functions / logic controller / General / MTE Cluster Controller / central controller / Fabric Controller / Cluster Controller / RTM Cluster Controller / Wireless communication General / model network users / Using General / Execution Callback L2 Memory Fabric Controller / PE2 PE4 ENCore MAC Component Library Cluster Controller / software designer / Controller / C. Hunter / /

Product

Monterey / Intersil HFA3836 / ASIC solutions / P2012 / /

ProgrammingLanguage

DC / FL / /

ProvinceOrState

Prince Edward Island / Georgia / /

PublishedMedium

the Symposia / Machine Learning / the IEEE Wireless Communications / /

Technology

FPGA / above described MAC protocol / 200 Mbps+ 2.14nJ/b digital baseband multi processor system-on-chip / Linux / mobile phones / html / Quality of Service / shared memory / Integrated Circuits / heterogeneous Network-on-Chip / network technologies / channel allocation algorithm / one processor / computationally demanding protocol algorithms / HFA3836 baseband chip / SI algorithm / protocol algorithms / BIOSS protocol / one ARM processor / MAC protocols / executing eBIOSS algorithm / computationally demanding algorithms / Machine learning algorithms / Computationally intensive algorithms / programmable MAC protocols / Wireless Communications / computational intensive algorithms / 28nm CMOS technology / MAC-layer algorithms / 4.3 Swarm Intelligence Algorithm / machine learning / Network Using Genetic Algorithm / Image Processing / dynamic MAC protocols / 4.2 Genetic Algorithm / ASIC / ENCore processors / Channel algorithms / 2.4 MPSoC Approach Multiprocessor System-on-Chip / statistical data analysis algorithms / SI algorithms / runtime MAC performance optimization algorithm / Mobile Computing / channel selection algorithm / http / control processor / Radio Frequency / MAC protocol / simulation / distributed genetic algorithm / Parallel Genetic Algorithm / DSP / /

URL

www.altera.com/technology/system-design / http /

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