活动简介

The foundation for PIMRC was a 1989 workshop on Mobile Communications organized by Prof Aghvami of King's College London with the cooperation of the local IEEE Communication Society Chapter. With fewer than 100 participants and about thirty technical papers, the workshop was a successful experience for this new industry that was about to explode. In 1990, King's College organized a similar successful conference under the name ISSSTA.

The first PIMRC, as an international symposium, also took place in King's College, with joint sponsorship of the local IEEE Communication Society Chapter and close cooperation with BT laboratories. Dr Rowbotham, director of BT Labs, was the honorary chairman, Prof Aghvami was the organizer and the TPC chair while Dr Kato and Prof Pahlavan were the area coordinators in Far East and North America, respectively. The conference attracted around 200 participants and several prominent figures in the industry.

In 1992, PIMRC was scheduled for Boston. The conference attracted more than 500 people from more than 25 different countries and almost all the major figures in the cellular, PCS, wireless LAN, and mobile data industries. To reflect the true international spirit of the conference, IEEE Communication Society, IEE and IEICE were invited to cooperate with the conference.

The following edition of PIMRC was held in Yokohama in 1993 with over 500 participants from more than 25 countries.

In the 1994 edition of PIMRC, held in the Hague, Holland, the organization of the conference was for the first time endorsed by the area coordinators to the local team; held in parallel with WCN conference, it attracted 500 participants.

征稿信息

重要日期

2016-05-30
终稿截稿日期

Track 1: Fundamentals and PHY

• Advanced modulation schemes
• Antennas and beamforming
• Channel capacity estimation
• Channel equalisation
• Channel modelling and simulation
• Cognitive and green radio
• Cooperative communications
• Interference mitigation
• Performance evaluation
• Physical layer network coding
• Physical layer security
• Positioning, localisation and tracking techniques
• Power efficient communications
• Propagation
• Signal processing
• Single and multi-user MIMO
• Source and channel coding
• Synchronisation techniques
• Ultra-wideband communications
• Vehicular communications

Track 2: MAC and Cross-Layer Design

• Adaptive MACs
• Cognitive MACs
• Cross-layer designs involving MAC
• Delay tolerant MAC designs
• Docitive MACs
• Dynamic spectrum management
• 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 ad hoc networks
• MAC for cloud networking
• QoS/QoE-enabling MAC
• Radio resource management, allocation and scheduling
• Reconfigurable MACs
• Scheduler for heterogeneous cellular systems
• Scheduler for cooperative and relay systems
• Security issues in MAC designs
• Time-critical MAC designs    
    
Track 3: Mobile and Wireless Networks

• Ad hoc networks
• Body and personal area networks
• Cloud and virtual networks
• Cognitive radio networks
• Cooperative communications
• Delay tolerant networks
• Future wireless Internet
• Green wireless networks
• Local dependent networks
• Location management
• Mobile and wireless IP
• Mobile computing
• Multi-hop networks
• Network architectures
• Routing, QoS and scheduling
• Satellite communications
• Self-organising networks
• Vehicular networks
• Wireless multicasting, broadcasting and geocasting
• Wireless sensor networks

Track 4: Services, Applications and Business

• Audio and video broadcast applications
• Authentication, authorisation and accounting
• Context and location-awareness in pervasive systems
• Cyber-physical system / real-world Internet
• E-Health
• Emerging wireless/mobile applications
• In-/intra-car communications
• Mobile multimedia services
• Link data and networked knowledge
• Next generation digital home networks
• P2P services for multimedia
• Personalisation, profiles and profiling
• Secure network and service access
• Self-adaptation on the service layer
• Service discovery and portability
• Service oriented architectures and cloud computing
• Smart cities and environments
• User interfaces, user-machine interactions
• Wireless emergency and security systems
• Wireless robotics

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重要日期

  • 会议日期

    09月04日

    2016

    至

    09月07日

    2016

  • 05月30日 2016

    终稿截稿日期

  • 09月07日 2016

    注册截止日期

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