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These projects were completed
throughout my engineering education
at ENSEA and
GEORGIA TECH from 1997 to 2001. |
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E-Commerce Project
| Database Project |
Database Management Systems | Fiber Optic Networks
ATM Architecture | CDMA Project |
ARES : International Competition of Robotics |
FPGA Design |
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E-Commerce Project : Business Plan / Online
Storefront / Development of a WAP Site |
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Georgia Tech, Spring 2001:
I worked on a business plan, within the context of the Management
course, E-Commerce. Our project, AnytimeParking.com, plans to introduce
the ability to pay for parking ahead of time through the Internet. Our service
can be accessed online or through a WAP enabled mobile device. This service
allows drivers to save time wasted searching for a spot and for those who plan
ahead of time, it provides an added convenience. AnytimeParking.com's mission
is to provide conscientious consumers with the security and reliability of
having a parking space secured in advance. |
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I created the back-end, using a
Microsoft Access database, and developed the website with ASP
language to interact with it. This online storefront includes a login
procedure, a registration process, personnalized pages, a quick survey, a
guestbook, and a tell-a-friend. Co-branded pages have also been created to show
the integration of our pages within a partner's website.
Click
here to visit the project's website |
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I developped a WAP version of the
website, using Phone.com's Software Developer Kit, UP.SDK™, which is
the leading solution for creating WAP 1.1. This freely available UP.SDK
contains the tools and interfaces necessary to create applications for the
wireless Internet. UP.SDK includes the UP.Simulator software, available for
Windows and designed to accurately simulate the behavior of a variety of
Internet-enabled handsets. This WAP site is connected to the MS Access
Database, using ASP language again. The user can retrieve his
billing information and proceed to the purchase. The transaction is stored in
his previous transactions, accessible via the website. |
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Database Project : Microsoft Access Database
with its web interface / ASP Development |
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Georgia Tech, Spring 2001:
I worked with 4 other teammates on a project for DirectMoving®'s
website. We developped a moving planner tool, with extended functionalities.
This tool displays according to the user's settings all the tasks to be
completed before departure and after arrival in a new home. A list of
customized links is also provided to the users. |
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DirectMoving® provided us with a
concise set of requirements, giving us a certain degree of freedom. We had to
work on the logical design (E-R Diagram) and then the implementation of
both the MS Access Database and the web interface with ASP
language. This tool includes a login procedure, a registration process,
personnalized pages...
Click
here to visit the project's website |
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Database Management Systems : Data Mining |
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Georgia Tech, Spring
2001: Data Mining is the process for the non-trivial extraction of
implicit, previously unknown and potentially useful information such as
knowledge rules, constrains and regularities from data stored in repositories
using pattern recognition technologies as well as statistical and mathematical
methods. Data Mining helps to predict future trends and behaviors, allowing
businesses to make knowledge-driven decisions. |
The Term Paper is available in
Word Format |
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Fiber Optic Networks : Fault Management in
Optical Networks |
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Georgia Tech, Spring 2000:
In order to satisfy the increase of demand in communication within the
last decade, researchers have to focus on new technologies and on new means of
communication to ensure the quality of services required by clients. Optical
solutions for communication networks quickly appear to be cost effective and to
offer high bandwidth. As network solutions developed their complexity grows to
a point where it can no longer be considered, managed as a single entity: the
concept of layered network raised from this evolution as the best solution.
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A point was of particular interest to us:
Fault Management. We studied how failures are managed in multi-layer network.
Our study included an introduction to the Network Management, an analysis of
the Fault Management, an overview of the procedures and protocols, and
different issues.
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Networks & Telecommunications : ATM
Architecture |
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ENSEA, Fall 1999: With
another teammate, we simulated a LAN ATM network with OPTRAN LearnATM Software.
We had to analyze the characteristics of different services and then propose an
ATM architecture for the network of the ENSEA. The report includes a
description of the ATM technology, an overview of ENSEA's network, the
measurements, and our conclusions.
The Report is available in
Word Format in French |
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Networks & Telecommunications : CDMA
Project |
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ENSEA, Fall 1999: I worked
with a classmate on this project on CDMA technology. We described in our report
the different methods of Multiple Access such the SDMA, TDMA, FDMA and CDMA. We
studied the codes used in the CDMA, specially the Amour Codes of G. Giannakis.
Our measurements and conclusions are also included in this term paper.
The Report is available in PDF Format in French
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ARES : International Competition of
Robotics |
ENSEA, Spring 1999: I
worked, during a year, as part of a student team on the conception and
development of an autonomous robot, within the context of the International
Competition of Robotics.
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The robot had many objectives, as
monitoring its trajectory, picking balls and sorting them. All of the robot
functions were connected to a PC motherboard through a network which is named
Controller Area Network (CAN). The function of this network is similar to the
I2C Network. Our PC was powered by Linux, because this OS allowed us to program
all the functions in C++.
This experience was very beneficial,
since I acquired a lot of knowledge on the CAN bus, microprocessors and Linux.
It was the occasion of working in a team and learning project
management. |
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FPGA Design |
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ENSEA, Fall 1999: This
project consisted of the design of a digital system and its development. We
studied the management device of traffic lights on a crossroad. We used the
FPGA technology to implement the circuitry.
The Report is available in
Word Format in French |
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