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PHY, MAC and Cross Layer Design
* PHY/MAC cognitive and software defined
radio techniques
* Interference channel modelling and
characterization
* Modulation, coding, and diversity
* MIMO and AAS
* Signal processing for wireless
communications
* Propagation models
* Information theory for wireless
communications
* Cross layer architecture and protocol
design
* Multiple access techniques
* Radio resource management, power
control, energy
conservation techniques
* PHY/MAC cooperative and collaborative
techniques |
Mobile and
Wireless Networks
* Wireless mesh,
relay, ad-hoc and sensor
networks
* Heterogeneous
wireless/wired, cooperative
and coexistence
* B3G/4G
WAN/WLAN/WPAN/WBAN
* Wireless network
architecture and protocol
design
* Mobility, location
and handover
management
* Wireless
broadcast, multicast and
streaming
* Wireless QoS and
traffic management
* Wireless routing
* Capacity,
coverage, network planning
* Wireless networks
for rural areas
* Green wireless
architecture, systems and
protocols |
Services and Applications
* Emerging wireless/mobile applications
* Wireless telemedicine services and
applications
* Wireless network security and privacy
* Intelligent transportation systems
* Service oriented architectures, middleware
* P2P services and applications
* SIP, multimedia, QoS supports
* Dynamic services, artificial intelligence
* Regulations, standards and spectrum
* Testbed, prototypes implementations
* Techno-economic and market analysis
* Personalization, service discovery, profiling
* Wireless sensor network prototype and
application
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