dr. faisal tariq lecturer web:
DESCRIPTION
Research Interest Underlay/Overlay communication, interference management, radio resource allocation Network optimisation 5G Wireless: Small cell enhancement (user association, Cell Selection), coexistence with WiFi in the unlicensed band Smart Grid: Communications and Networking, Real Time demand response modelling Smart Utility connectivity and pricing modelsTRANSCRIPT
Dr. Faisal TariqLecturer
Email: [email protected]: http://www.eecs.qmul.ac.uk/people/view/45889/dr-faisal-tariq
Professional Profile/Background
• PhD in Communications and Systems, The Open University, UK in 2013• MSc in Digital Communications Systems and Technology, Chalmers University of
Technology, Sweden, 2007• Visiting Researcher, Centre for Tele-Infrastructure (CTIF), Aalborg University,
Denmark, 2006• Research Intern, National Institute of Informatics (NII), Japan, 2010• Lecture/Assistant Professor, Rajshahi University, Bangladesh (2003-5)/(2007-8)• Lecturer in Electronic Engineering, University of Bedfordshire, UK (2013-15)• Member of IEEE
Research Interest
• Underlay/Overlay communication, interference management, radio resource allocation
• Network optimisation• 5G Wireless: Small cell enhancement
(user association, Cell Selection), coexistence with WiFi in the unlicensed band
• Smart Grid: Communications and Networking, Real Time demand response modelling
• Smart Utility connectivity and pricing models
Project in 2015/16
• Theme: Energy Efficiency in 5G Networks• Related Project ID:
– QFT1: Cell selection decision to minimise the overall energy consumption– QFT2: Energy saving by switching of small cell BS based on traffic conditions– QFT4: Exploiting D2D Communication for energy saving
• Theme: Intelligent spectrum partitioning and sharing• Related Project ID:
– QFT5: Benefits of Multi-level SFR for homogeneous networks– QFT6: Benefits of Multi-level SFR for heterogeneous networks– QFT8: Co-primary Spectrum Sharing among operators
Project in 2015/16
• Theme: Dynamic Pricing of utilities• Related Project ID:
– QFT10: Demand response management in smart energy grid– QFT11: For congestion management in BWA systems.
• Theme: 5G Cellular operation in the unlicensed band• Related Project ID:
– QFT3: How the cellular system can coexist with other operators and technologies in the unlicensed band.
• Other Projects:– QFT7: Adaptive Offloading in Mobile Cloud Computing– QFT9: Interactive and Collaborative Mobile Application devveloment for m-learning
Looking forward to work with….
Dedicated and HARDWORKING student with interest in wireless communications and networks
If you are interested feel free to contact me for further details.