Track 1: Communication theory, signal processing, information theory, antennas and propagation

* Multiuser, network, massive and distributed MIMO systems
* Spread spectrum systems: UWB, CDMA
* Advanced Multicarrier waveforms: beyond OFDM and filterbank-based schemes
* Precoding, scheduling, limited feedback
* Information theory
* Green communications and energy efficiency
* Space-time coding and adaptive array processing
* Equalization, synchronization, channel estimation
* Error control coding including turbo codes, LDPC and iterative decoding
* Detection and estimation algorithms
* Adaptive modulation and coding
* Cooperative communications and relaying
* Network coding
* Performance analysis
* Cross-layer air interface design
* Wireless access and transmission techniques
* Resource allocation
* Satellite and high altitude platforms
* Antennas and propagation
* Multimedia systems
* Localization techniques
* Future PMR/PPDR broadband systems and concepts for 5G
* Physical layer security

 
Track 2: Networking, protocols, cognitive radio, wireless sensor networks, services and applications

* Cognitive radio networking
* Green networking
* Mobile Internet
* Heterogeneous networking
* MANETs
* Vehicular Networks (VANETs)
* Wireless sensor networks
* Machine-to-machine communications
* MAC protocols
* Self-organisation
* Radio resource management and interference control
* Wireless routing techniques
* Mobility management
* End-to-End QoS and QoS provisioning
* Traffic control and engineering
* Wireless privacy and security
* Multimedia systems
* Innovative services and applications
* Implementation concepts and testbeds
* Homeland security and military communications
* Device-to-Device (D2D) Communication
* ICT applications in smart cities and smart grid

Track 3: Special sessions