Asia Pacific Conference on Wireless and Mobile, Bali, Indonesien

Abbrevation

APWiMob

Link

http://www.apwimob.org/

City

Bali

Country

Indonesia

Deadline Paper

2014-04-26

Start Date

2014-08-28

End Date

2014-08-30

Abstract

Sponsored by the IEEE Communications Society Indonesia Chapter, APWiMob has a strong foundation of bringing together industry and academia. In 2014, Bali will become the wireless foundation by hosting APWiMob 2014. The conference will include technical sessions, tutorials, and technology and business panels. You are invited to submit papers in all areas of wireless communications and mobile technologies, networks, services, and applications, please kindly submit the papers to http://edas.info/N16319. Potential topics include, but are not limited to: Track 1: PHY and Fundamentals Advanced modulation schemes Antennas, beamforming, multi–antenna signal processing Channel capacity estimation and equalization Channel measurement, modeling, and characterization Cognitive and green radio Cooperative communications Equalization, synchronization, channel estimation Information–theoretic aspects of wireless communications Interference characterization, cancellation, multiuser detection and mitigation Iterative techniques Modulation, coding, diversity Multihop and cooperative communications OFDM, CDMA, spread spectrum Physical layer designs for WLAN, WPAN, and WBAN Physical layer network coding and security Power efficient communications Propagation models for high frequency channels RF propagation studies Signal processing for wireless communications Single and multi–user MIMO Source and channel coding Space–time coding, MIMO, adaptive antennas Ultra–wideband and gigabit wireless communications Vehicular communications Wireless localization and tracking techniques Track 2: MAC and Cross–Layer Design Adaptability and reconfigurability Adaptive and cognitive MACs B3G/4G Systems, WiMAX, WLAN, WPAN Cognitive and cooperative MAC Collaborative algorithms Cross–layer design, cross–layer security Cross–layer designs involving MAC Delay tolerant MAC designs Implementation of 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 mesh, ad hoc, relay, and sensor networks MAC for mobile and vehicular ad hoc networks MAC in 4G and future mobile networks Multiple access techniques Network information theory QoS provisioning in MAC Radio resource management, allocation, and scheduling Reconfigurable MACs Routing and QoS scheduling Scheduler for cellular macro–, pico– and femto– systems Scheduler for cooperative systems Scheduler for relay systems Security issues in MAC designs Software defined radio, RFID Time–critical MAC designs Wireless MAC protocols: design and analysis Track 3: Mobile and Wireless Networks Body area networks Capacity, Throughput, Outage, Coverage Cognitive radio networks Congestion and Admission Control Congestion, load and admission control Dynamic spectrum management Future wireless Internet Green wireless networks Internet of things Interworking Heterogeneous Wireless/Wireline Networks Localization for Wireless Networks Location dependent networks Mesh, Relay, Sensor and Ad Hoc Networks Mobile and Wireless IP Mobile computing Mobility, location, and handoff management Multi–hop and relay networks Multimedia QoS and Traffic Management Network architectures Network Estimation and Processing Techniques Performance of E2E Protocols over Wireless Networks Proxies and Middleware for Wireless Networks Robust routing Satellite communications Self–organizing networks Smart cities and smart grids Vehicular networks Wireless Broadcasting, Multicasting, Geo–casting, Streaming and Routing Wireless Network Security and Privacy Wireless sensor networks Track 4: Services, Applications, and Business Aerospace, Electronic and Defence sector Audio and video broadcast applications Authentication, authorization and accounting Cognitive radio and sensor–based applications Content distribution in wireless home environment Context and location–aware wireless services & applications Context and location–awareness in pervasive systems Cyber–physical systems and applications Dynamic services, autonomic services Emerging wireless and mobile applications Geoscience and remote sensing and related fields Innovative user interfaces, P2P services for multimedia Intelligent transportation systems Mobile multimedia services Mobile to mobile and in–car communication networks Next generation home networks P2P services for multimedia Personalization, profiles and profiling Personalization, service discovery, profiles and profiling Regulations, standards, spectrum management Secure network and service access Self–adaptation on the service layer Service discovery and portability Service oriented architectures, service portability and cloud computing SIP based services, multimedia, QoS support, middleware Test–bed and prototype implementation of wireless services User interfaces, user–machine interactions Wireless applications in robotics Wireless emergency and security systems Wireless health applications, telemedicine and e–health services