|
Education
| Ph.D. |
(2006-) |
Communication |
Dept. of
Electrical Engineering,UCSD |
| M.Tech |
(2001-2006) |
Signal
procesing and
Communication |
Dept. of
Electrical Engineering, IIT Bombay. |
| B.Tech |
(2001-2006) |
Electrical
Engg |
Dept.
of Electrical Engineering, IIT Bombay. |
Research Interests
Wireless resource allocation
Decision and control
(stochastic optimization,
dynamic programming,
reinforcement learning,
stochastic
approximation)
Protocol design, analysis and simulation
Wireless Ad-hoc Networking
Cross-layer Network design
I'm working with Prof.
Tara Javidi
My Ph.D. area is "Routing in Wireless Ad-hoc Networks".
Publications
•
A . Bhorkar, T.Javidi, “Opportunistic routing for congestion diversity in wireless ad-hoc networks”, in preparation
•A. Bhorkar, T.Javidi, A. Snoeren, “ Achieving congestion diversity in wireless Ad-hoc
networks,”, under review IEEE Transaction on Networking.
• A. Bhorkar, T. Javidi, A. Snoeren, “Empirical Measurement of Draining Time, Expected
Transmission (ETX), and Packet Erasure Probability in WiFi-based Mesh Networks”, WinMEE 11
• A. Bhorkar, T. Javidi, A. Snoeren, “Achieving congestion diversity in wireless Ad-hoc
networks”, Infocom 11
• A. Bhorkar, T.
Javidi, No regret routing in wireless Ad-hoc networks, Asilomar 10 • A. Bhorkar, T. Javidi, A. Snoeren, “On practical implementation for
congestion diversity in
wireless
Ad-hoc networks”, Allerton 10
• A. Bhorkar, T.
Javidi, A. Snoeren, “Achieving congestion diversity in wireless Ad-hoc net- works”, submitted to Infocom 10
• A. Bhorkar, A.
Nilson, P. Johansoon, “Common Opportunistic Routing and Forwarding”, VTC 10
• A. Bhorkar, M.
Naghshvar, T. Javidi and B. Rao ”An Adaptive Opportunistic Routing Scheme for Wireless Ad-hoc
Networks,”
IEEE Trans. on Networking.
• A. Bhorkar, M.
Naghshvar, T. Javidi and B. Rao AdaptOR An Adaptive Opportunistic Rout- ing
Scheme for Wireless Ad-hoc Networks, ISIT 09
• A. Bhorkar, M.
Naghshvar, T. Javidi and B. Rao Exploration vs Exploitation in wireless
Ad-hoc networks, CDC 09
• Abhijeet
Bhorkar, Emanuele Coviello, Francesco Rossetto, Bhaskar D. Rao, Michele
Zorzi: A Robust Approach to Carrier Sense for MIMO Ad Hoc Networks. ICC
2009
• Abhijeet
Bhorkar, B. S. Manoj, Bhaskar D. Rao, Ramesh R. Rao: Antenna Selection
Diversity Based MAC Protocol for MIMO Ad Hoc Wireless Networks. GLOBECOM
2008: 671-676
• Abhijeet Bhorkar
, Abhay Karandikar , V.S. Borkar, “Opportunistic Power Optimal Schedul- ing” IEEE GLOBECOM 06
• Hemant Kumar
Rath, Abhijeet Bhorkar, Vishal Sharma, “An Opportunistic DRR (O-DRR) Uplink
Scheduling Scheme for IEEE 802.16-based Broadband Wireless Networks”, IETE, In- ternational Conference on
Next Generation Networks (ICNGN), February 9, 2006, Mumbai.
• Hemant Kumar
Rath, Abhijeet Bhorkar, Vishal Sharma, “An Opportunistic Uplink Scheduling
Scheme to Achieve Bandwidth Fairness and Delay for Multiclass Traffic in
Wi-Max (IEEE 802.16) Broadband Wireless Networks”, IEEE GLOBECOM, 2006
• Nitin Salodkar,
Abhijeet Bhorkar, Abhay Karandikar, Vivek S. Borkar: An on-line learning
algorithm for energy efficient delay constrained scheduling over a fading
channel. IEEE Journal on Selected Areas in Communications 26(4): 732-742
(2008)
Dual
Degree Thesis pdf
Presentations
Candidacy Presentation Presentation
Dual Degree Presentation Presentation
Major
Awards and Prizes Received
Ranked first in the batch of 20
students in Dual degree, Telecommunication and signal processing.
National Talent Search Examination
scholarship(NTSE) 1998.
Institute Academic award,IIT Bombay
2003,2004.
9th Merit position in Secondary School
Certificate examination and Higher Secondary School Examination.
Professional
Membership
Student Member, IEEE
Resume
pdf
Research Summery
Phd
Thesis Adviser:Prof Tara Javidi
CDP In this work, we develop congestion aware routing protocol and implement it on a
testbed AdaptOR In this work, we develop adaptive opportunistic routing routing protocol. NRR In this work, we develop fast converging opportunistic routing protocol . MIMO MAC protocols for MIMO Ad-hoc networks In this work, we design MAC proto-
cols for MIMO Ad-hoc networks.
Masters
Thesis Adviser:Prof Abhay
Karandikar
Qos and Channel aware, energy efficient scheduling algorithms Broadband
system.
The work considers, devising energy efficient strategies in a multiuser
environment with TDMA as multiple access. It particularly deals with, opportunistic
energy optimal scheduling with rate constraint. opportunistic energy
efficient
scheduling with delay constraint. fairness issues in scheduling. The
problem is
formulated as delay constrained finite buffer system. We consider a
fluid model
in action space and state space. However time is discretized. We use
reinforcement learning methods and prove the convergence for our
problem.
Internship
Place:ITTIAM
Systems (P)Ltd,
Bangalore,India.
Worked on live project of “MPEG4(H.263) encoding on C64x
(DM642)” The project
involved optimal implementation(using pipelining) of motion estimation
in
assembly.
Electronic
Design Project Adviser: Prof. Girish
Kumar, Prof. L.R. Subramanium
• 100Mhz to 1 Ghz Network Analyzer. The project involved
dealing with actual construction
of RF components like couplers, antennas, and developing high frequency
circuits. It was sponsored by an Indian company, to produce a prototype
for
indigenous network analyzer.
• Design of an novel SMS based embedded system, which would
enable to control
appliances using SMS(Short message service).
Research
Project Adviser: Prof. Vishal
Sharma
• Implementation of 802.16 Mac protocol in Qualnet and device
a novel DRR
scheduling algorithm suitable for WiMax standard.
Course Projects
• Channel Estimation algorithms for MIMO-OFDM system under
Rayleigh fading
channel condition using Adaptive (LMS,RLS) and Non Adaptive
filters(MMSE) and
comparative study.
• Proposed a delay based congestion avoidance protocol
modifying FAST-TCP to
consider only forward delay.
• Implementation of spectral subtraction based Novel
implementable real time
Noise cancellation algorithm in TMS320C64x.
• Application of wavelet theory on multi-carrier
modulation(DWMT)
• Software Projects:
Implementation of ARP, RIP protocol
Implementation of parallel searching and sorting using MPI(parallel
processing
library)
Software to reduce boolean expressions using Karnaugh Map.
• Construction of micro mouse which could find the Path in
given arbitrary
Maze, and was maneuvered using Flood Fill Algorithm.
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