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cloudbasestation 2012 - International Workshop on Cloud Base-Station and Cloud Base-Station and Large-Scale Cooperative Communications
Topics/Call fo Papers
International Workshop on Cloud Base-Station and Cloud Base-Station and Large-Scale Cooperative Communications ? in conjunction with the IEEE GLOBECOM2012 Conference
Scope and Topics
Cloud computing is going to revolutionize the next-generation radio access network, enabling the cloud base station architecture. With cloud computing, all of the conventional baseband and higher layer processing is moved to a computational cloud. In a sense, the cloud base station architecture creates a massive network of distributed antennas with the potential for rapid coordination. Leveraging the powerful computation capabilities of cloud computing, large-scale cooperative communications with high computational complexity becomes feasible in baseband because the backhaul network is effectively eliminated. The cloud base station architecture enables interference aware-scheduling and simplifies historically challenging cellular problems like handoff. This workshop is to provide a platform for both industry and academia to exchange views and technology in the area. Topics of interest include but are not limited to the following:
l Architectural considerations for the cloud base station including the general hardware platform, smart RF/IF, and smart signal compression
l Cloud computing for radio access network, virtualized OS and software, security issues
l Practical techniques to optimize the access network including synchronization, anti-jitter, propagation delay
l Scheduling and resource allocation including users and computational resources
l Large scale cooperative communication: high-order precoding, user pairing, joint transmission, joint receiver techniques
l Limited feedback including multicell channel state information and adaptive algorithms
l Transmit and receiver algorithms optimized for distributed implementation
Important Dates
l Paper Submission: June 15, 2012
l Acc. Notification: August 15, 2012
l Camera-Ready: August 31, 2012
l Workshop: December 3, 2012
l Submission site: http://edas.info/N12427
l Website: http://www.cloudbasestation.org/
Workshop Chairs
Prof. Robert W. Heath Jr. The University of Texas at Austin
Dr. Yi Wang Huawei Technology Co., Ltd.
Dr. Xin Su Tsinghua University
Dr. Chih-Lin I ChinaMobile Research Institute
Technical Program Committee
Alexei Ashikhmin, Alcatel-Lucent, US
Chan-Byoung Chae, Yonsei, Korea
Bruno Clerckx, Imperial College, UK
Thomas Hausein, HHI, Germany
Bo Hu, Fudan University, China
Muhammad Imran, Univ. Surrey, UK
Jiaru Lin, BUPT, China
Lingjia Liu, Univ. of Kansas, US
Erik G. Larsson, Linkoping, Sweden
Angel Lozano, UPF, Spain
Michail Matthaiou Chalmers University of Technology, Sweden
Matthew McKay, HKUST, Hong Kong
Sayandev Mukherjee, NTT DoCoMo, USA
Osvaldo Simeone, NJIT, USA
Jianjun Wu, Huawei, China
Jun Wu, TongJi University, China
Bin Xia, Shanghai Jiaotong Univ., China
Jie Zeng, Tsinghua University, China
Scope and Topics
Cloud computing is going to revolutionize the next-generation radio access network, enabling the cloud base station architecture. With cloud computing, all of the conventional baseband and higher layer processing is moved to a computational cloud. In a sense, the cloud base station architecture creates a massive network of distributed antennas with the potential for rapid coordination. Leveraging the powerful computation capabilities of cloud computing, large-scale cooperative communications with high computational complexity becomes feasible in baseband because the backhaul network is effectively eliminated. The cloud base station architecture enables interference aware-scheduling and simplifies historically challenging cellular problems like handoff. This workshop is to provide a platform for both industry and academia to exchange views and technology in the area. Topics of interest include but are not limited to the following:
l Architectural considerations for the cloud base station including the general hardware platform, smart RF/IF, and smart signal compression
l Cloud computing for radio access network, virtualized OS and software, security issues
l Practical techniques to optimize the access network including synchronization, anti-jitter, propagation delay
l Scheduling and resource allocation including users and computational resources
l Large scale cooperative communication: high-order precoding, user pairing, joint transmission, joint receiver techniques
l Limited feedback including multicell channel state information and adaptive algorithms
l Transmit and receiver algorithms optimized for distributed implementation
Important Dates
l Paper Submission: June 15, 2012
l Acc. Notification: August 15, 2012
l Camera-Ready: August 31, 2012
l Workshop: December 3, 2012
l Submission site: http://edas.info/N12427
l Website: http://www.cloudbasestation.org/
Workshop Chairs
Prof. Robert W. Heath Jr. The University of Texas at Austin
Dr. Yi Wang Huawei Technology Co., Ltd.
Dr. Xin Su Tsinghua University
Dr. Chih-Lin I ChinaMobile Research Institute
Technical Program Committee
Alexei Ashikhmin, Alcatel-Lucent, US
Chan-Byoung Chae, Yonsei, Korea
Bruno Clerckx, Imperial College, UK
Thomas Hausein, HHI, Germany
Bo Hu, Fudan University, China
Muhammad Imran, Univ. Surrey, UK
Jiaru Lin, BUPT, China
Lingjia Liu, Univ. of Kansas, US
Erik G. Larsson, Linkoping, Sweden
Angel Lozano, UPF, Spain
Michail Matthaiou Chalmers University of Technology, Sweden
Matthew McKay, HKUST, Hong Kong
Sayandev Mukherjee, NTT DoCoMo, USA
Osvaldo Simeone, NJIT, USA
Jianjun Wu, Huawei, China
Jun Wu, TongJi University, China
Bin Xia, Shanghai Jiaotong Univ., China
Jie Zeng, Tsinghua University, China
Other CFPs
Last modified: 2012-05-15 00:34:24