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Shiva Pokhrel
PhD Candidate, CAIA
Faculty of Science Engineering and Technology
Swinburne University of Technology, Melbourne
Tel:+61 3 9214 4846, :+61 42156 8973
Email: spokhrel(at)swin.edu.au,sthadmk(at)gmail.com
Profile:
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PhD in multipath TCP analysis and dynamics control over wireless, thesis submission by FEB 2017
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Trained in performance analysis, rigorous stochastic modelling, online optimization, experiments, congestion and distributed dynamics control
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Gold Medal in Master of Computer Engineering (CGPA: 4.00/4.00)
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Published IEEE A* Journals (for e.g. IEEE Transactions on Mobile Computing) and IEEE conferences
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5 years of relevant Telecom Industry Experience
Academic Experience:
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2007-2012: Lecturer (part-time), NCIT Pokhara University
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2013-Now: Lecturer/Tutor (Sessional), Swinburne University
Industrial Experience:
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2007-2012: Telcom Engineer, Nepal Telecom
Research Interests:
Distributed Optimization, Data Analytics, Real-time Control, Wireless Networking, LTE, IEEE 802.11 MAC, Multipath TCP
- Design, analysis and optimization of networked systems and protocols
- Artificial Intelligence, Stochastic modelling, control and online optimization
- IT Logistics, Database algorithm design, Network, Transport layer protocol design
- Data Analytics, Experiments, Digital simulation of wireless channels
Research Outcomes: Google Scholar
Selected IEEE Journals
- Fair Co-existence of Regular and Multipath TCP over Wireless Last-mile, IEEE Transaction on Mobile Computing, under revision, 2017
- Analytical Modeling of Multipath TCP over Last-mile Wireless, IEEE Transactions on Networking, Jan 2017 pdf
- TCP performance over WiFi: Joint Impact of Buffer and Channel Losses, IEEE Transactions on Mobile Computing, 2016 pdf
- Performance Analysis of TCP NewReno over a Cellular Last-Mile: Buffer and Channel Losses, IEEE Transactions on Mobile Computing, 2015 pdf
Selected IEEE Conferences
- Performance Modelling and Evaluation of V2I Video Surveillance System, IEEE, 2015
- Enhanced optimization of field based routing for macro mobility in IEEE 802.11 s mesh, particle swarm optimization, IEEE, 2014
- Global optimization of field based routing in wireless mesh network(GOFBR-WMN), particle swarm optimization, IEEE, 2013
Reports and Seminars
- Analytical modeling of multipath TCP over Wireless link
- TCP Performance over Wi-Fi link
- Modeling TCP over Wireless, State of the Art & Future Directions link
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