Date of Birth : 5th July, 1977
Age : 21
Sex : MALE
Address : W-159, Greater Kailash-II, New Delhi-110048,INDIA.
Phone : (91)-(011)-644-4651
E-mail : debug@poboxes.com
Web : https://members.tripod.com/~deepakb
EDUCATIONAL BACKGROUND:
(high school)
Exam Passed : AISSE (All India Secondary School Examination)
Name of Institute : Delhi Public School, R.K. Puram
Board : CBSE (Central Board Of Secondary Education)
Year : 1993
Subjects : English/Science/Math/Social Sciences/Hindi
Marks : 81.2 % aggregate, 88% ESM average (English
76%, Science 95%, Maths 93%)
(+2, higher secondary school)
Exam Passed : AISSCE (All India Senior School Certificate
Examination)
Name of Institute : Delhi Public School, R.K. Puram
Board : CBSE
Year : 1995
Stream : Science with Computer Science
Marks : 87.4% aggregate, 95% PCM average (Physics
94%, Chemistry 95%, Maths 96%)
(IIT Delhi)
IIT CGPA at end of year :
1st Year : 8.84 / 10
2nd Year : 9.02 / 10
3rd Year : 8.96 / 10
AREA OF TECHNICAL INTEREST
My current area of technical interest spans graphics,
multimedia, virtual reality and networking. My B.Tech project is titled
"Networked Virtual Environments : Design & Implementation" .
I am working on this project under the guidance of Dr.
Prem Kalra of the Computer Science & Engg. Dept., IIT Delhi .
COURSES DONE
The following are the core courses I have done,
along with my grades :
Code | Course Title | Grade |
CS120N | Introduction to Computer Science | A |
CS130N | Data Structures | B |
EE201N | Digital Electronic Circuits |
|
EE201P | Digital Electronic Circuits Laboratory |
|
EE205N | Signals and Systems |
|
CS251N | Discrete Structures |
|
CS253N | Introduction to Logic for Computer Science |
|
CS212N | Computer Architecture |
|
CS232N | Programming Languages |
|
MA250N | Introduction to Probability Theory & Stochastic Processes |
|
CS355N | Theory of Computation |
|
CS311N | Digital Hardware Design |
|
CS311P | Digital Hardware Design Laboratory |
|
CS334N | Operating Systems |
|
CS312N | Microprocessor-based System Design |
|
CS312P | Microprocessor-based System Design Laboratory |
|
CS353N | Analysis and Design of Algorithms |
|
I have done the following (departmental) electives:
Code | Course Title | Grade |
CS371N | Artificial Intelligence | A- |
CS372N | Computer Networks I | A |
CS471N | Computer Networks II |
|
CS475N | Digital Image Processing |
|
I propose to take the following electives in the coming semester:
1) DISTRIBUTED VIRTUAL ENVIRONMENT : DESIGN &
IMPLEMENTATION :
B.Tech. project
at IIT Delhi, under Dr. Prem Kalra
A distributed or networked virtual environment (DVE/NVE)
allows users to be immersed in a virtual 3D environment, and to interact
with other such users and with the environment in many ways. This
project is the first of its kind at IIT Delhi,
and involves the design of an NVE and its demonstration as a portable application
front-end. I am working on it along with another student. The
project is interdisciplinary, addressing issues in the areas of Computer
Graphics as well as Networking.
2) VISUAL-FEATURE EXTRACTION FROM VIDEO DATABASE,
AND FEATURE-BASED QUERY :
Summer training project
at Kent Ridge Digital Labs, Singapore.
The project was a part of the Video Indexing software
being developed at KRDL, and involved the development of two
separate modules. The first module was for extraction
of visual features (eg. color histogram, color regions, activity
levels) from the video sequence stored in a database, and
storing the features in the database. The second module was
a GUI-based query engine that allowed querying the database for closest
matching video sequences, based on specified features.
Apart from valuable experience in programming languages & environments,
this project gave me an opportunity to work with the
diverse, multi-racial team of the Visual Media Group at KRDL.
3) FACE RECOGNITION SYSTEM, a summer project at IIT Delhi under Dr. Subhashis Banerjee
We implemented a face recognition system to match an image
of a face (given as input) with other images stored in a database.
We started out with the MIT method of eigen-faces,
and made various improvements to that method to account for differences
in backgrounds (segmentation), face sizes, ambient lighting and variation
of intensity across the face. The final version reported the
strongest match correctly for 95% of the images in our test database of
512 images.
4) RESOURCE RESERVATION SETUP PROTOCOL (RSVP), a mini-project at IIT Delhi under Dr. Huzur Saran
The project consisted of studying the RSVP protocol, a
key component of an Integrated Services network for transfer of multimedia
data having different service requirements. RSVP assures Quality
of Service to these different flows, by allowing receivers
to ask for QoS reservations, and then setting soft state
in the routers to provide this QoS through the scheduler or the underlying
data link layer. The second part of the project involved implementing
RSVP on the Linux OS, over a partly TCP/IP and partly ATM network, so as
to interface RSVP andATM properly, and try to achieve end-to-end quality
of service guarantees.
1. Computer and Internet-related :-