Tutorial PIMRC 2015 [T8]
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This document announces a call for papers for the IEEE PIMRC 2015 conference in Hong Kong from August 30 to September 2, 2015. It will include technical sessions, tutorials, workshops, and panels on wireless communications, networks, services, and applications. The deadline for paper submissions is April 30, 2015. It also provides details on one of the tutorials that will be presented on advanced air interface techniques for 5G networks. The tutorial will discuss key 5G technologies including distributed antenna systems, massive MIMO, millimeter wave communications, and small cell networks. It will analyze the technical aspects and challenges of 5G and present emerging research opportunities in this area. The tutorial presenters and their brief biographies are also included.
Tutorial PIMRC 2015 [T8]
- 1. FIRST CALL FOR PAPERS IEEE PIMRC 2015, Aug 30 ‐ Sept 2, 2015, Hong Kong Convention and Exhibition Centre, Hong Kong www.ieee‐pimrc.org/ The annual IEEE International Symposium on Personal, Indoor and Mobile Radio Communications (PIMRC) is one of the premier conferences in the wireless research arena and has a long history of bringing together academia, industry and regulatory bodies. Today, it has become one of the IEEE Communication Society’s flagship conferences in wireless networking. In 2015, this important wireless event will be held in Hong Kong. PIMRC 2015 will include technical sessions, tutorials, workshops, and technology and business panels. You are invited to submit papers, and proposals for panels, tutorials, and workshops, in all areas of wireless communications, networks, services, and applications. The instructions for authors will be posted on the conference website. Submission Deadline: April 30, 2015 Executive Committee General Chair Victor OK Li (The University of Hong Kong) Technical Programme Chairs Wanjiun Liao (National Taiwan University) Lawrence Yeung (The University of Hong Kong) Luis Correia (IST/INOV‐INESC ‐ Univ. Lisbon) PIMRC Advisor: Hamid Aghvami (King’s College London) Track 1: Fundamentals and PHY • Advanced modulation schemes • Antennas • Beamforming • Channel capacity estimation • Channel equalization • Channel modelling • Channel simulation • Cognitive and green radio • Cooperative communications • Interference mitigation • Millimeter Wave Communication • Multi‐antenna signal processing • PHY aspects of WLAN, WPAN, and WBAN • PHY performance evaluation • Physical layer security • Power efficient communications • Propagation & channel modeling • Signal processing for wireless communications • Single and multi‐user MIMO . Massive MIMO • Source and channel coding • Synchronization techniques • Ultra‐wideband communications Track 2: MAC and Cross‐Layer Design • Adaptive MACs • Cognitive MACs • Cross‐layer designs involving MAC • Delay tolerant MAC designs • Implementation, testbeds and prototypes • Information‐theoretical approaches to MAC designs • Joint access and backhaul scheduler designs • Joint MAC and networking layer designs • MAC for low power embedded networks • MAC for mobile and vehicular networks • QoS/QoE‐enabling MAC in 4G and future mobile networks • QoS and scheduling • Radio resource management, allocation, and scheduling • Reconfigurable MACs • Scheduler for cellular macro‐, pico‐ ,femto, and HetNet • Scheduler for cooperative systems • Scheduler for relay systems • Security issues in MAC designs • Time‐critical MAC designs Track 3: Mobile and Wireless Networks • Ad hoc networks and wireless sensor networks • Body area networks • Cognitive radio networks • Congestion, load and admission control • Cooperative networking • Delay tolerant networks • Dynamic spectrum management • Future wireless Internet • Green wireless networks • Local dependent networks • Location management • LTE/LTE‐A • Mobile and wireless IP • Mobile computing •• Network architectures • Satellite communications • Self‐organizing networks • Smart cities • Smart grids networks • Transport layer • Vehicular networks • Wireless multicasting, broadcasting, and geocasting Track 4: Services, Applications and Business • Audio and video broadcast applications • Authentication, authorization and accounting • Positioning, localization, and tracking techniques • Context and location‐awareness in pervasive systems • Cyber‐physical system / Internet of Things • Emerging wireless/mobile applications • In‐/intra‐car communications • Wireless 3D video services • Link data and networked knowledge • Next generation digital home networks • P2P services for multimedia • Personalization, profiles and profiling • Secure network and service access • Self‐adaptation on the service layer • Semantic technologies • Service oriented architectures and cloud computing • Service portability • User interfaces, user‐machine interactions • Wireless emergency and security systems • Wireless robotics PIMRC 2015 Tutorial: T8 Advanced Air Interface Techniques for 5G Summary The exponential increase of mobile traffic due to the widespread use of smart devices, further combined with the complexity of future wireless infrastructures in supporting more diverse appli- cations and distributed radio resources, directly necessitates the current intensive research efforts on the 5G wireless networks worldwide. In supporting the anticipated 1,000 times increase of the network capacity, advanced air interface techniques are essential for 5G in enabling new spatial transmission schemes with extremely high utilization rates of distributed radio resources, tight collaboration between heterogeneous networks, and extremely energy efficient 5G network opera- tion. Scope and Objectives The objective of the tutorial is to analyze the key technical aspects of 5G, identify the essential physical layer enabling technologies, and present the emerging research opportunities on 5G. Our target audience encompasses 5G researchers from academia, industry, government agencies and standard development bodies. We aim to bridge all stakeholders related to 5G and accelerate the ongoing R&D efforts and standardization processes worldwide. The tutorial will have the following three parts. 1. The first part of the tutorial will start with an overview of 5G, with a focus on the technical analysis of 5G. Specific considerations of 5G communications will be discussed, including channel characteristics, downlink-uplink reciprocity and multi-tier architecture. 2. In Part II of the tutorial, key physical layer techniques for 5G will be presented. These include the essential technologies such as distributed antenna systems (DAS), massive MIMO, millimeter wave (mmWave) and smallcell networks (HetNet), new waveform and training sequence designs, and channel estimation. 3. Emerging 5G research opportunities and challenges will be discussed in Part III. Topics in this part cover both theoretical and practical aspects, including channel modeling, estimation, predication, system optimization, hardware distortion impact, and interference coordination and minimization. Tutorial Presenters • Prof. Xianbin Wang Univ. West. Ontario, Canada Detailed Info: X. Wang • Dr. Tadilo Endeshaw Bogale Univ. Quebec, INRS Canada Detailed Info: T. E. Bogale • Prof. Fumiyuki Adachi Tohoku University, Japan Detailed Info: F. Adachi Registration and Dates • Early Registration July 31, 2015 (EXTENDED) • Tutorial Date August 30, 2015 • More Details Visit Tutorial: Web page Dr. Wang received his PhD. degree from National University of Singapore in 2001. He is a Professor and Canada Research Chair at Western Uni- versity, Canada. His current research interests include adap- tive wireless systems, 5G networks, com- munications security, and distributed ICT systems. Dr. Wang was the recipient of three IEEE Best Paper Awards. He cur- rently serves as an Associate Editor for IEEE Wireless Communications Letters, IEEE Transactions on Vehicular Technology and IEEE Transactions on Broadcasting. Tadilo received PhD degree from University Catholique de Louvain, Belgium in 2013. Cur- rently, he is a postdoc fellow at INRS and University of Western Ontario Canada. His research focuses on assessing the poten- tials of massive MIMO and millimeter wave (mmWave) techniques for 5G network. His research interests include hybrid Analog- digital Beamforming for massive MIMO and mmWave systems, pilot contamination re- duction for multicell massive MIMO sys- tems, spectrum sensing for cognitive radio networks and convex optimization. Dr. Adachi is an IEEE Fellow and IEICE Fel- low and a Professor at Tohoku University (TU), Japan. He re- ceived Dr. Eng. degree in electrical engineer- ing from TU in 1984. Dr. Adachi is a pioneer in wireless commu- nications since 1973 and has largely con- tributed to the design of wireless networks from 1 generation (1G) to 4G. He was a re- cipient of several awards including Prime Minister Invention Award 2010, and KDDI Foundation Excellent Research Award 2012. His recent research interests includes dis- tributed antenna systems for 5G. Presenters Short Bio