Projects
Quad Rotor Unmanned Aerial Vehicle
Status: ACTIVE
Designed the
Wireless Communication system of the Unmanned Aerial Vehicle. The 3 Km
802.11b wireless link was used to relay the video from the secondary UAV
to the primary UAV to the base station. The wireless link was also used
to implement the secondary kill switch and retrieval of GPS
data.
The UAV system was awarded the Most Innovative Design Award
at the International Aerial Robotics Competition (IARC) 2006 held at
Fort Benning, GA, US. The competition was organized by Association for
Unmanned Vehicle Systems International (AUVSI).
Project Supervisors
1. Prof. P. B. Sharma
Vice Chancellor Rajiv Gandhi Technical University
Ex-Principal Delhi College of Engineering
2. Dr. M. Kulkarni (mkulkarni@dce.ac.in)
Head, Dept. of Information Technology
Delhi College of Engineering
3. Prof Asok De
(asokde@dce.ac.in)
Dept. of Electronics and Communication Engineering
Delhi College of Engineering
Overview of my module
Project Homepage: www.uavindia.com
Project Report: Quad Rotor UAV - IARC 2006
(PDF)
WLAN Manager (WM)
Status: ACTIVE
Designing and Implementing the policies of a black box (WM)
that would provide service differentiation among the flows within one
IEEE 802.11e Access Category (AC) in an 802.11b wireless network.
The overall aim of the project is to design a black box (WM) placed
before the Access Point (AP) that
ensures the following properties in an 802.11b network:
1. Fairness of wireless channel time
2. Exercising Connection Admission Control of Voice calls
3. Supporting policy based service differentiation
A
Hybrid Testbed was implemented to evaluate the
performance of the system. The Hybrid Testbed provided the option to
replace a simulated node in a network with a physical node in order to
test network performance based on the individual characteristics of the
node.
Project Supervisor
Dr. Malati Hegde
(malati@ece.iisc.ernet.in)
Principal Research Scientist
Network Labs, Indian Institute of Science, Bangalore
Overview of the
Hybrid Testbed
Overview of Service Differentiation module
Project Homepage:
WLAN Manager -
IISc ( IISc website)
Quicksilver Scalable Multicast (QSM)
Status: COMPLETED
Developing a Content Distribution Application on top of QSM, an IP multicast protocol bearing massive scalability and fault tolerance.
The content distribution applications involved the capability to
simultaneously handle multiple senders and receivers. The receivers are
automatically divided into groups by QSM ensuring the scalability of the
system.
Project Supervisor
Prof. Ken Birman (ken@cs.cornell.edu)
Dept. of Computer Science
Cornell University
Overview of my module
Project Homepage:
Quicksilver - Cornell University
Software UART for Real Time Applications
Status: COMPLETED
Developed a Software UART for an ARM based microcontroller, adapted
to be used in Real-Time Applications. The Software UARTs are based on
interrupts, allowing the processor to carry out processing other
instructions while waiting for the bit.
Supervisor
Prof. Subrat Kar
Dept. of Electrical Engineering
Indian Institute of Technology (IIT), Delhi
Project Homepage: Software UART
Sideris
Status: COMPLETED
Developed a P2P Application codenamed Sideris as a solution to the
Industry Predefined Problem Contest. The problem was provided by IBM
India Ltd.
The project was awarded the FIRST PRIZE in the Industry Predefined
Problem Contest by IBM India Ltd.
Supervisor
Prof. Rajni Jindal
(rajnijindal@dce.ac.in)
Dept. of Computer Engineering
Delhi College of Engineering
University of Delhi
Project Homepage: Sideris
Download Source code and
Binaries
Recycle-IT
Status: COMPLETED
Developed a prototype of an intelligent waste monitoring system that
can distinguish among materials as well as take into account the
non-biodegradable material usage records of a household.
The project reached the semi-finals of the Microsoft Windows Embedded
Challenge 2006.
Supervisors
1. Dr. D V Chaure
Dept. of Physics
Delhi College of Engineering
2. Prof. P B Sharma
Vice Chancellor Rajiv Gandhi Technical University
Ex-Principal Delhi College of Engineering
Download Project Report
Mobile Traffic Fine Record Application
Status: COMPLETED
Designed an on-the-fly
configurable Traffic fine record application for Mobile Devices (with
support for integration with all types of databases) in .NET CF
Environment.
Supervisor
Mr. Ramesh Singh (rsingh@nic.in)
Senior Technical Director
National Informatics Centre (NIC)
New Delhi, India
Download Project Report