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| Category |
Science: Engineering
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| Category 2 |
Computers: Networking
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| Category 3 |
Computers: Hardware
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| Description |
Cognitive radio is an emerging technology in wireless access, aimed at vastly improving the way radio spectrum is utilized. The motivation for cognitive radio stems from various measurements of spectrum utilization, which generally show that spectrum is under-utilized. This means that there are many holes in the radio spectrum that could be exploited by the secondary users. The secondary user must exploit these spectrum opportunities without causing harmful degradation to the primary system. The research challenges in this area include devising methods for efficient spectrum pooling and sensing, and for interference management and dynamic resource allocation as well as circuits and architectures meeting the often challenging requirements.
The aim of this conference is to bring together original, high-quality contributions that present new techniques, concepts and analyses in the area of cognitive radio algorithms and system design. Specific topics of the conference include: spectrum sensing and pooling, network design and optimization, software-defined and flexible radio architectures, channel modeling, cooperative communications, as well as beamforming and multicast methods.
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| Additional Information |
We seek original and unpublished work not currently under review by any other journal/magazine/conference. Topics include, but are not limited to:
Track 1: Cognitive access and interference management strategies
* Advanced access technologies for spectrum sharing
* Location-aided optimization of communication networks
* Cooperative and compressed sensing techniques for spectrum measurements
* Higher-layer resource allocation and scheduling
* Interference management, avoidance and alignment
* Multiple-antenna techniques (beamforming, MIMO, multicast)
Track 2: Fundamental limits
* Fundamental limits of cognitive radio
* Cooperative and coordinated multiuser communications
* Network, resource, and interference aware coding and decoding
* Network information theory, channel capacity bounds and network coding
* Wireless networks with private and common information: physical layer secrecy
Track 3: Network design and optimization
* Self-organizing networks
* WSN aided cognitive radio
* Cognitive radio protocols design
* Cognitive radio pilot channel
Track 4: Architectures and implementation aspects
* Software defined radio and flexible radio
* Real-time implementation and testbeds for cognitive radio
* Circuits and architectures for cognitive radio
Track 5: Modeling and performance evaluation tools
* Spectral and spatial aspects of channel modeling
* Antenna issues in cognitive radio
* Phy/Mac layers abstraction and modeling
* Interference modeling
* System level simulations
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PUBLICATION
All accepted submissions will be published in IEEE Xplore Digital Library.
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SUBMISSION
For submission instructions, please visit http://www.crowncom2010.org/submission.shtml
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IMPORTANT DATES
Paper submission and tutorial proposal deadline: 14 February 2010
Notification of acceptance: 11 April 2010
Camera-ready deadline: 2 May 2010
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