APWiMob 2016 is organized by the international organizing committee of APWiMob and is sponsored by the IEEE Communications Society Chapter Indonesia, so that APWiMob has a strong foundation of bringing together industry and academia.

This conference provides an international forum for researchers, academicians, professionals, and students from various engineering fields and with cross-disciplinary interests in wireless communications and mobile technologies, networks, services, and applications to interact and disseminate information on the latest developments.

Prospective authors are invited to submit original technical papers for presentation at the conference. Accepted papers will be published in the APWiMob 2016 Conference Proceedings and presented papers will be submitted to IEEE Xplore after each paper is thoroughly reviewed and (if any) satisfactorily modified according to the reviewer comments.

The 1st IEEE Asia Pacific Conference on Wireless and Mobile 2014 (APWiMob 2014) has been held at Grand Inna Kuta Hotel, Bali, Indonesia. Proceedings of APWiMob 2014 has been published in IEEE Xplore (http://ieeexplore.ieee.org/xpl/mostRecentIssue.jsp?punumber=6913606).

The 2nd IEEE Asia Pacific Conference on Wireless and Mobile 2015 (APWiMob 2015) has been held at Trans luxury Hotel, Bandung, Indonesia. Proceedings of APWiMob 2015 has been published in IEEE Xplore (http://ieeexplore.ieee.org/xpl/mostRecentIssue.jsp?punumber=7369494).

RELATED TOPICS

APWiMob 2016 invites papers, original & unpublished work from individuals active in the broad theme of the conference. Potential topics include, but are not limited to:

Track 1: Fundamentals and PHY
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

PAPER SUBMISSION

Paper must be submitted electronically using the IEEE Xplore-compatible PDF via the websites. All papers will be peer reviewed. Paper length should be maximum seven pages including figures, tables, references, and appendices. Please use the standard IEEE conference proceedings templates for Microsoft Word on A4 size pages found at http://www.ieee.org/conferences_events/conferences/publishing/templates.html or download it here.

Paper submission process will be managed by using EDAS: http://edas.info/N21988

PUBLICATION

Prospective authors are invited to submit original technical papers for presentation at the conference and publication in the conference proceedings. At least one author of each accepted papers must register for the conference to be included in the program. Accepted papers will be published in the APWiMob 2016 Conference Proceedings and presented papers will be submitted to IEEE Xplore.

PUBLICATION POLICIES

To ensure appropriate consideration of conflicts of interest during the review process, the ComSoc prohibits changes to the list of authors once a paper has been submitted for review during review, revision, or (if accepted) final publication. The author list may be changed only prior to the submission deadline. Authors are prohibited to submit similar paper to both ICCEREC 2016 and APWiMob 2016 and will cause rejection for the paper on both conferences.
To be published in the APWiMob Conference Proceedings, an author of an accepted paper is required to register for the conference at the full (member or non-member) rate and the paper must be presented by an author of that paper at the conference unless the TPC Chair grants permission for a substitute presenter arranged in advance of the event and who is qualified both to present and answer questions. Non-refundable registration fees must be paid prior to uploading the final IEEE formatted, publication-ready version of the paper. Accepted and presented papers will be submitted to IEEE Xplore.