CROWNCOM 2015 Workshop
Cognitive Radio for 5G Networks
Workshop Keynote Speaker:
Octavia Dobre, Memorial University, Canada
Title:"Wireless communications: The generations to come"
Octavia A. Dobre is an Associate Professor with Memorial University, Canada. Her research interests include cognitive radio systems, spectrum sensing techniques, blind signal identification techniques, transceiver optimization algorithms, dynamic spectrum access, resource allocation, signal processing for 5G, and optical communications. She published over 130 referred journal and conference papers in these areas. Her research has been supported by various funding agencies, governmental laboratories, and industry, such as NSERC, DRDC, CRC, RDC NL, and Altera Corporation. She was the recipient of a Royal Society scholarship and a Fulbright fellowship, and was a Visiting Professor with Massachusetts Institute of Technology. Dr. Dobre is a senior editor for IEEE Communications Letters, and serves as an editor and guest editor for several other prestigious journals, as well as the conference chair and technical co-chair of various conferences.
Cognitive Radio for 5G Networks
The exponential growth of wireless data traffic urged the international wireless industries and academia to lay out a new wireless network standard which is 5G. It is generally believed that the future 5G network may need to be engineered to meet a multitude of stringent requirements in terms of cost, energy and spectral efficiency, number of connected devices and latency. Cognitive Radio (CR) is one of the promising techniques to meet these requirements by exploiting underutilized spectrum bands especially at microwave frequencies where there is a spectrum crunch. CR has applications ranging from the traditional cellular to device-to-device (D2D) and vehicle-to-vehicle (V2V) communication systems via interweave, underlay and overlay dynamic spectrum access. In cellular systems, CR can enhance the overall efficiency of the network by allowing opportunistic and shared spectrum access. And for the D2D systems, massive short range connectivity which facilitates efficient data transfer is realized using CR. On the other hand, network assisted CR techniques can be leveraged in vehicular applications, such as driverless cars, learning the road traffic which consequently contribute in achieving the zero accident goal of the future intelligent transport systems (ITS). Furthermore, for multi-tier heterogeneous network (HetNet), CR can be utilized to opportunistically offload delay tolerant data traffic to different tiers and radio access technologies (RATs) which is one of the effective means to alleviate traffic congestion.
Given the above promising potentials of CR technology, still a number of challenges arise including how to enable autonomous CR transmission without creating significant interference to the primary networks for Machine to Machine (M2M), D2D and HetNet communication systems. This workshop aims to gather researchers, academia, industry and regulators to present and discuss their research findings on the CR technology and, to highlight the opportunities, challenges and potentials of CR for realizing the future 5G network.
The topics of interest include but are not limited to:
• Dynamic spectrum sharing and access
• Massive/multiple antenna and cooperative spectrum sensing
• Energy and spectral efficient CR network
• Resource allocation, power/interference control and management for CR network
• Algorithm, signaling and protocol design for CR network
• Carrier aggregation, traffic/data offloading and load balancing in shared spectrum access
• Cognitive HetNet, D2D, M2M and V2V networks
• Mobile, ad-hoc and multi-hop CR network
• Self-powered and context aware CR network
• Experimental, link and system level simulation, field trail and prototype results
• Paper submission deadline: March 7, 2015 (closed)
• Acceptance Notification: March 17, 2015
• Camera ready: March 25, 2015 firm
Submitted papers must present original materials which are not currently under review in any other conference or journal and have not been previously published. "All submissions should be written in English with a maximum of 12 printed pages (minimum 10-point font) including figures and references."? Papers exceeding 12 pages will not be reviewed at all. More detailed information about the workshop and submission policy can be found at http://crowncom.org/2015/show/initial-submission.
- Tadilo Endeshaw Bogale Univ. Quebec, INRS, Canada
- Zaheer Khan University of Oulu, Finland
- Batu Krishna Chalise} ArrayComm LLC, USA
- Syed Ali Hassan Nat. Univ. Sc. Tech. (NUST) Pakistan
- Zhen Gao Tianjin University, China
- Sajid Saleem SEECS, NUST, Pakistan
- Rafael Aguilar Gonzalez University of Oulu, Finland
- Shahriar Shahabuddin University of Oulu, Finland
- Shree Krishna Sharma University of Luxembourg
- Daniel Benevides da Costa Federal Univ. of Ceará (UFC)
- Joel Grotz Technology Labs, Newtec Cy
- Eva Lagunas Targarona University of Luxembourg
- Satish Chandra Jha Intel USA
- Le Thanh Tan Univ. Quebec, INRS, Canada