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Resume (PDF
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Resume (MS-Word
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OBJECTIVE:
Seeking a summer internship in wired/wireless networking utilizing
extensive background in networking, network security, IEEE 802.11
standard and signal processing.
EDUCATION:
Master of Science in Electrical &
Computer Engineering, Rutgers University, NJ
Expected Graduation Date: October 2004
G.P.A. 3.88
Bachelor of Engineering in
Electrical Engineering, June 2000
Jadavpur University, Calcutta, India
G.P.A. 3.89
HONORS:
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Awarded university gold medal for standing first in order of merit
at the Bachelor of Electrical Engineering Final Examination,
Jadavpur University, 2000.
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Awarded scholarship by State Electrical Engineer’s Association, West
Bengal, India.
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Awarded scholarship by Alumni Association of Jadavpur University,
India.
COURSEWORK:
Communication
Network
I
Stochastic Signals and Systems
Communication
Network II
Communication Theory
Parallel and
Distributed Computing
Information and Network Security
Digital Signals and
Filters
Linear Algebra and Applications
Advanced Topics in
Communication Engineering
SOFTWARE SKILLS:
Operating Systems:
Solaris, Linux, Windows
Programming
Languages: C, C++, Java, Visual Basic,
PL/SQL
Front-end: Developer 2000
Databases: Oracle 8i, SQL
Server7.0/ 2000
Simulation Tools:
OPNET, ns-2, MATLAB
Web
Technologies: HTML, FrontPage
Software: Toad, Visual
Source Safe
STRENGTHS:
- Good understanding of network
protocols and wireless technologies
- Experience in C/C++ and Java
programming in Unix/Linux environment
- Experience in simulation tools
like OPNET, ns2 and MATLAB
- Hardworking and ability to work
independently
- Excellent oral and written
communication skills in English
EXPERIENCE:
Graduate Research Assistant, WINLAB,
Rutgers University (07/01/2003 – present)
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Video multicast over WLANs: Conducting research on ways to
improve the service quality and capacity of a video streaming
application over WLAN using MAC multicast and error control
techniques.
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Network Tomography:
Conducted research on ways to estimate link loss probabilities in a
wired network from end to end traffic measurements in a subset of
the links of the network.
Teaching Assistant, Department of
Electrical Engineering, Rutgers University (09/01/2002 – 06/30/2003)
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Involved in teaching the undergraduate courses ‘Probability and
Stochastic Processes’ in Fall 2002 and ‘Principles of Electrical
Engineering II Laboratory’ in Spring 2003 in the Department of
Electrical Engineering, Rutgers University.
Consultant, PricewaterhouseCoopers,
India (07/03/2000-07/15/2002)
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Developed and tested software in Visual Basic, Oracle, SQL Server
and Developer 2000 and took part in on-site client implementation of
the same.
ACADEMIC
PROJECTS:
Parallel and Distributed Computing, Fall
2003
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Implemented image histogramming and connected components labeling in
parallel using divide and conquer techniques and a new merging
algorithm in C using MPI and threads.
Information and Network Security, Spring
2003
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Implemented secure client server communication in Java using DES
algorithm where clients join and leave a multicast group and can
decrypt data as long as they are subscribed to the multicast group.
Communication Networks II, Spring 2003
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Designed and performed cost analysis of a rapid deployment emergency
infrastructure for a disaster site with multiple types of emergency
personnel.
Communication Theory, Spring 2003
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Analyzed and compared the performance of several existing downlink
power control algorithms in CDMA systems and proposed an improvement
over an existing algorithm.
Communication Networks I, Fall 2002
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Developed traffic management and QoS control schemes using a
proposed priority based channel access scheme for different classes
of traffic for a CSMA/CA network in access point mode with Poisson
and CBR traffic.
Stochastic Signals and Systems, Fall
2002
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Hypothesis testing and its role in a
communication system
UNDERGRADUATE PROJECTS:
1.
Study of Spread Spectrum Modulation Techniques, its ability to
reject interference, Direct Sequence and Frequency Hopping Spread
Spectrum, CDMA and Code Synchronization.
2.
Development of an imaging utility using Visual Basic
implementing a number of image filtering and enhancement algorithms.
3.
Determination of unknown capacitance in a LM555 Timer based
circuit where the output time is equal to the magnitude of the
capacitance in microfarad in Pspice.
4.
Development of a Computer Adaptive Test taking software implementing
the concept of in-built Expert system.
5.
Design of a 66 KV Substation with Main and Transfer Bus
arrangements for the Indian Farmers’ Fertilizer Co-operative Limited.
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