Our People - Mobile security

• Advanced signal processing algorithms for wireless communication
• Cognitive and software defined radios (CR and SDR)
• Design of high power and spectrum efficient linear radio frequency amplifiers
• Hybrid Radio Frequency and Digital Signal Processing (RF/DSP) design of wireless communication transmitters
• Microwave and millimeter-wave circuits and systems design
• Multiple Input Multiple Output (MIMO) transceiver schemes
• Nonlinear and linear radio frequency (RF) circuits and systems characterization and behavioural modeling
• Power amplifier and transmitter linearization techniques (Baseband and RF Digital Predistortion, Feed-forward)
• RF integrated circuits (CMOS)

Emerging Radio Systems Group (EmRG)

• Coding Theory
• Cross-layer optimization
• Multiple-input multiple-output (MIMO) and space-time communications
• Multiuser detection
• Wireless communications

• Distributed Embedded Real-Time Systems
• Real-Time Safety Critical Software

Real-time Embedded Software Group

• Optimal loss and lossless data compression algorithms
• Signal processing for digital communications
• Storage and recognition applications in speech and image coding

• Embedded Hardware Security
• Countermeasures for Hardware Hacking, including techniques for resistance to side channel analysis, reverse engineering, fault injection attacks
• Protection of Keys, Secure Boot

• Cryptographic primitives
• Multimedia communication security
• Network and ad hoc network security
• Sequence design for wireless Code Division Mutilpe Access (CDMA) communications

Communications Security Lab

• Broadband wired and wireless communication networks
• Coded video multicasting, Medium Access Control (MAC) layer scheduling and performance analysis
• Cross-layer design in Institute of Electrical and  Electronics Engineers (IEEE) 802.16 networks
• Integration of fiber and wireless communication systems (FiWi)
• Relay placement on cooperative communications and survivable routing for high availability design
• Secure and privacy-preserving vehicular communications
• Wireless network security

• Broadband networks: Internet protocol (IP), Asynchronous transfer mode (ATM), and Multiprotocol label switching (MPLS)
• Cellular networks: cross-layer integration, resource management, mobility and power management, opportunistic scheduling
• Multimedia applications: Content delivery network (CDN), peer-to-peer, and location-based services
• Network security: Distributed denial of services (DDOS), traffic monitoring
• Traffic engineering: quality of service, game theory and pricing, dynamic provisioning, network design, routing, congestion control, scheduling
• Wireless networks: sensors and Wireless local area networks (WLANs)

• Complex propogation and scattering phenomena
• Computational electromagnetics and photonics
• Devices and novel electromagnetic materials
• Guided-wave and free space optical systems and components
• Intelligent Navigation Systems
• Microwave and millimeter wave planar circuits and antenna systems
• Microwave high temperature superconductor (HTSC) thin film technology
• Radio frequency (RF)/microwave packaging and Electromagnetic compatibility (EMC)/Electromagnetic interface (EMI) analyses
• RF/microwave/millimeter wave/Terahertz (THz) systems
• Vehicle wireless communications and safety systems

Centre for Intelligent Antenna and Radio Systems

• Radio Positioning
• Wireless communications
• Wireless Networking

Broadband Communications Research Group