faculty project ideas_fall2010

8/8/2019 Faculty Project Ideas_Fall2010

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Project Coordination Office (PUCIT) Page 2 of 22

Idea 6:

Semantic Web (preferably for Urdu)

Every concept in this world is associated with a lot many concepts. The

development of this network of concepts is a huge effort, just like developing the

whole World Wide Web. Once available it can assist humans in automatic search

of what they wish, with the help of agent technology.

Idea 7:Converting Pseudo-code to a programming language code

Pseudo-code is a sublanguage for writing algorithms, which can be analyzed to be

converted into any formal programming language.

Idea 8:Computational grammar for Urdu

CFG (Context Free Grammar) is one of the most famous formalisms for writing

grammars. There are others including LFG (Lexical Functional Grammar), whichis quite appropriate for natural languages like English and Urdu. However, DG

(Dependency Grammar) is considered more appropriate for a free order language

that Urdu is. One can try to build a portion of Urdu grammar using any

formalism.

Idea 9:English-Urdu dictionary generator (using English-Urdu corpus)

This task requires a collection of sentences in English along with their Urdu

translation (or vice versa). Such a collection is termed as bi-lingual parallel

corpora of English-Urdu. It can be used to automatically learn the word-level

translation relationship on the basis of frequency and other parameters.

Idea 10:OCR for Urdu

OCR stands for Optical Character Recognition. It was initially used designed for

bar-code reading. Then recognition of characters/ligatures from the scanned

image of printed text proved to be an interesting implementation of the idea.

There is a large collection of scanned Urdu literature on the internet. But, it is not

searchable because it is not text. If OCR can successfully convert an image into

text then a number of printed books can be fed into the computer through scanner.

Idea 11:Urdu text summarizer

Generating summary from a longer text is also an important application especially

when searching about a specific topic on internet. Size of output, ratio between

input and output, and relevant keyword to look for to prepare a relevant summary

may be some of the user-defined parameters for this tool.


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Idea 12:

Urdu text generator from given outline

This is sort of a reverse of summarizer. It uses some bits and pieces, to generate a

fabricated complete version of any type of text, e.g. essay, story, news, etc.

Idea 13:Corpus collecting agent for Urdu

Corpus can be collected from internet. Today, we can develop programs which

can crawl through the web to assist in collection of text for our language. It is not

just collecting the data, but also involves identification of the language.

Idea 14:Named entity recognizer for Urdu

There are proper names in the text do not have linguistic analysis like other items

(noun, verb, adjective, etc.). Such items are termed as Named Entity, and cannot

be translated usually. So identifying such items helps in identifying scope forother linguistic processes.

Idea 15:Part-of-speech (POS) tagger for Urdu

The process of identification of part-of-speech for a word is called POS tagging.

This process requires a pre-defined POS tagset. The selection/coining of tags

depend on the application or purpose for which the POS tagging is being

performed. It affects the scope of work, as well. One word can be used as several

POS tags, but deciding the most appropriate POS in a specific context is crucial

for this tool.

Idea 16:IPA to speech generator for Urdu

International Phonetic Alphabet (IPA) is a script, which is used to write utterances

of a language in form of phones/phonemes. Phonetic transcription of an utterance

is free from phonological details and barriers. Therefore, it can be easily/directly

converted into speech.

Idea 17:Transliterator for Urdu to/from English, IPA, Hindi, etc.

Transliteration means writing the sounds of a language using the script of anotherlanguage. Roman Urdu is transliteration of Urdu using English alphabets. A good

transliterator of Urdu (from Roman to Urdu script) may also help in collection of

email/sms data as a corpus.

If a good Urdu-IPA-Urdu transliterator is developed, and a good English-IPA-

English transliterator is also developed then Urdu-English transliteration can be


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achieved via IPA. This can be done for several languages thus using IPA as

common conversion hub.

Idea 18:Speech searching (for any language)

Searching a speech pattern from a collection of speech files is also an interestingarea of research. It can be attached using image processing techniques of

searching into images or finding similar images on internet.

Idea 19:Anaphora resolution for Urdu

Instance of a pronoun in a text certainly refers to a noun of any other element

that has already occurred. It is also an interesting investigation that how it can be

identified that which anaphora (the referring pronoun) refers to which antecedent

(the referred noun etc.).

Idea 20:Time table assistant for PUCIT

It is a multi-dimensional resource that involves interaction of rooms, classes,

teachers, and other considerable factors, e.g. multimedia projector, installed

software, preferences and availability of teachers (especially the visiting faculty)

etc. This complicated communication entails resource clashes. The purpose of this

software is to facilitate all the stakeholders for finding the most appropriate

scheme that can accommodate maximum desires.

Work Plan:

Research projects require literature review to acquire understanding of the problemdomain. So if you opt for any of the above projects then your first semester will be usedon understanding of the problem. Then in the second semester you may become able to

produce something.

There is no question of capacity of a student. If you have interest in a specific questionthen you are the source of solution, perhaps. Because, most of the times, it is the solution

that finds its place. Your efforts may not be rated as remarkable with the effort of one

year for some tasks, but your contribution may be useful and guiding for your juniors. So

let it all go: disbelief, fear and doubt!Just fulfill your part of responsibility and leave the consequences on Allah, for

acceptance of your sincere efforts. But remember that the efforts have to be sincere!


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Teacher Name: Muhammad Haris

Idea 1:

Title: Punjab University Research Paper portal

Abstract: A Web portal where students and teachers can upload their research

papers and share it with others.

Idea 2:

Title: SMS Alert system for PUCIT

Abstract: A central system form where information messages (alerts, updates,

meetings, holidays, lecture timings etc) could be sent to the relevant person

(teachers, students, administration, guards, lab and network persons etch). A

priority technique should be setup for sending messages.

Idea 3:

Title: Peer to Peer ANDROID application

Abstract: It should be a P2P application (in Java) for Googles mobile OS i.e.ANDROID using either Bluetooth or GPRS technology.

Idea 4:

Title: All wireless Via Bluetooth

Abstract: An embedded system related research for making all USB devices

wireless with the help of Bluetooth technology. The concept is to attach any USBdevice with Bluetooth and that Bluetooth device should be able to pair wirelessly

with another Bluetooth device attached a system (PC, Laptop) and hence will

allow any wired USB device to become wireless via this paired Bluetoothdevices.

Below is the concept picture of this Idea.

Bluetooth Device

Bluetooth Device

Bluetooth Device

Communication


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Idea 5:

Title: Web Media APIs Integration

Abstract: A multimedia oriented web application, where data comes from a

multifarious data sources using the available free Web Media APIs e.g. (Flicker,Youtube, Facebook, Twitter, Panoramia etc.)


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Teacher Name: Fareed UL Hassan BaigIdea 1:

TITLE: Class/Lab Scheduler

Abstract: Teachers usually face a problem in PUCIT in which a class consists of

students belonging to 3-4 different batches (a typical add/drop class) and teacherwant to schedule a makeup class for them.

Under current scenario I will have to waste a lot of time on finding out a slot

which is suitable (no time table clash) for students and then I have to go to

program coordinator to find out whether some room is available at that time/date

or not. If I would be lucky I will get it otherwise I have to repeat the consultation

process again.

This problem can be sorted out by having a time table of all the students and

compare them automatically and finding clash free slots and then at the same time

software also allows me to find out some available class room for it.

Note: It is just one major part of software. Feel free to discuss in detail about

other cosmetics of this project.

Idea 2:

TITLE: Web Password Hashing

Abstract: The detail is given on the following links

http://crypto.stanford.edu/PwdHash/

https://www.pwdhash.com/

Idea 3:

TITLE: Run Keeper

Abstract: Detail is given on the following linkhttp://runkeeper.com/

Requirements: IPhone and Mac Book

Idea 4:

TITLE: Library Management Using RFID

Abstract:

Detail about RFIDs and its usage in Library can be found at

http://en.wikipedia.org/wiki/Radio-frequency_identification#Libraries

Requirements: RFID and RFID reader


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Teacher Name: Asim Rasul

Idea 1:

Project Title: Distributed Relational Query Processor

Abstract: A relational query processor which transform a high level query into an

equivalent lower level query. The lower level query actually implements theequivalent execution strategies for the query. And the optimizer part of queryprocessor must determine the optimal execution strategy for the query. Also

implements all layers of distributed query processor: Query decomposition, Data

localization, Global optimization and local optimization.

Idea 2:

Project Title: Distributed DBMS

Abstract: A DBMS which manage distributed database in a transparent manner,

and also include all components of distributed DBMS are: User interfaceHandler, Semantic Data controller, Global query optimizer, Global execution

monitor, Local query processor, Local recovery manager and Runtime supportprocessor.


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Teacher Name: Arif ButtIdea 1:

Title: Enhancing an open source project Bypass

Requirements: Strong Operating System concepts and C-programming skills in

UNIX environment

Description: Bypass is a tool built by Douglas Thain (University of Wisconsin)for writing INTERPOSITION AGENTS and building SPLIT EXECUTIONSYSTEM. This is research based project which will take the current source

code of bypass which does not maintain state between system calls and tries tomake it stateful.

Idea 2:

Title: Future of Intrusion Detection and Prevention System

Requirements: Strong background knowledge of Operating System Conceptsand Computer Security.

Description: An Intrusion Detection System (IDS) is a specialized tool used for

security that knows how to read and interpret the contents of log files from

routers, firewalls, servers, and other network devices. Students are required tofirst deploy various operating systems on machines and then attack them

exploiting their known vulnerabilities. Later students will carry out their research

on various existing commercial, open source and research prototypes of IDS/IPSand deploying some of them to overcome the attacks. Finally students are

required to research on the future trends of IDS/IPS in the computer security

world.

Idea 3:

Title: High Throughput Computing using Condor

Requirements: Strong Operating System concepts and C-programming skills in

UNIX environmentDescription: Partial work on this project has been done by Fall 06 students. Fresh

students are welcome to study this project and enhance the functionalities of theexisting project. Details of the project can be found at

http://www.cs.wisc.edu/condor/The goal of a high-throughput computing (HTC) environment is to provide largeamounts of fault tolerant computational power over prolonged periods of time by

effectively utilizing all resources available to the network. In this environment,

the Condor project was born at the University of Wisconsin; Miron Livnycombined his doctoral thesis on cooperative processing. The result was Condor, a

new system for distributed computing. It is an open source project and University

of the Wisconsin-Madison, University of Berkeley and Universityof Notre Dame are working on it.Condor is a high-throughput distributed batch computing system. Like other batch

systems, Condor provides a job management mechanism, scheduling policy,

priority scheme, resource monitoring, and resource management. Users submittheir jobs to Condor, and Condor subsequently chooses when and where to run

them based upon a policy, monitors their progress, and ultimately informs the userupon completion.


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Teacher Name: Shahid Fareed

Title: Excellent AVI Player

Description: The idea is to develop an avi player. This player will have certain features

that are helpful to the scientists of Image Processing and Computer Vision. The main

characteristics of the player are: It should play avi media file. Capable of playing files at different rate (frame per second). It should also provide the facility to extract a particular frame from the video. And convert the whole video into its constituent frames. Should be able to make a movie from given set of frames; images. Also provide the feature to rotate any frame in the video at any angle. Should also provide the feature to play a video reverse order or make it reverse.

Optional but good features:

Can embed sound to a video Can extract sound from a video Can record video from an attached camera (live stream recording and

manipulation).

Instruction:

Any group who is good at programming in C# or Java may contact me and I amkeen to have one such group for this project.

The player will be uploaded at PUCIT website for public use.

Title: AdBlaster

Description: This is a browser plug-in that gets rid of ads from the pages you browse. Itcould also be implemented as a filter on TCP/IP, independent of the browser. That is a

simpler environment, but makes interaction with the user more difficult. How does an

AdBlaster recognize ads?

1. You tell it which ads offend you by clicking on them. It remembers their URLsand suppresses loading in future.

2. It loads suspect frames in the background without displaying them. If they containnothing but an animated GIF or if they contain certain ad buzzwords, they are

suppressed.3. Any time multiple frames pop up, the AdBlaster suppresses all but the last.4. Marked obnoxious ads can be collected from users of an AdBlaster, verified and

added to a database.

5. Sites known to dispense nothing but ads can be blacklisted.6. Offsite graphics can be presumed to be ads, especially banner sized ones.

Help: Visit this website http://mindprod.com/project/adbuster.html or contact me.


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Title: Locating and Tracking After a License PlateDescription: The objective of this project is to create a driver assistance system. Driversneed to pay attention to a lot of things simultaneously and to estimate a lot of

measurements without exact information, which can be a problem if the driver is tired.This system would estimate the distance from the vehicle in front the driver and inprinciple could alert if the vehicle is to close, thus taking some of the pressure of his

hands.

In order to estimate the distance we should be able to identify some object in the car that

we know its properties, thus - knowing its size in the picture (in pixels ) we could knowthe distance. It appears that the only object that most of the cars have in common is the

license plate. All other features change from design to design.

The problem is actually two problems: finding the license plate and then keeping track ofit. The system can be integrated into a more comprehensive driver assistance system.

Note: You should only take this project if you have good knowledge of image processing

and computer vision.Title: Distance Estimation

Description: The system recognizes an object and marks its position in the pictures thatwere taken by the cameras. Each camera sees only a two-dimentional picture, and the

estimation given is based on the angels from each camera to the object.


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The algorithm:

The implementation will be executed in six phases:

A) Calibration of the system the system is quite sensitive to its initial condition, and in

order to get reasonable results we have to calibrate the cameras position.

B) Sampling pictures from two video cameras. Using an application for video signal

sampling, we take pictures sampled from the video camera. We operate it once for each

of the two cameras simultaneously

C) The user chooses an object, and marks it in the upper picture by a red square.

D) Image possessing - Object recognition. Using least square error method, the programidentifies the object, which was chosen and marks it by Blue Square.

E) Using a lookup table, we find the angles of the object from each of the cameras. For

each of the cameras, we get two angles: one in a vertical and the other in a horizontal

plane.

F) Mathematical calculation of the distance, based on the angles we found in the previous

step, and the distance between the cameras which was given to the system in the first

(initiation) step.

For more help contact me or visit http://visl.technion.ac.il/projects/2001s17/

Note: A good knowledge of image processing and computer vision is required.

Teachers Name: Shahid Farid

Title: Customizable Faculty Portfolio

Description: This is a customizable web site for faculty.

End User: me

Help: contact me.


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Teacher Name: Muhammad IdreesIdea 1:

Title: Services Providers and Consumers interaction application.

Abstract: A web application, where service providers (individual and groups)like tutors / tution center / home delivery can register and consumers can access

them from web and hand held devices.

Special Instructions: Nil.

Technologies: .NET or JAVA

Idea 2:

Title: Scheduling of resources for teaching institute.

Abstract: An MIS for the management of resources like teacher, courses, rooms,

timing and like. The system should consider the priorities of teacher and

generated the best schedule. It either resolves the conflicts or get input from user

through drags and drops.



Idea 3:

Title: Disaster Management System.

Abstract: An MIS for the management of every type of updated information

disasters like Tsunami, Floods and Quacks using the state of arts technologies

including web services accessible from desktop, web and hand held devices.



Idea 4:

Title: Traffic Challan Management System.

Abstract: An MIS for Traffic Challans management using the state of arts

technologies including web services accessible from desktop, web and hand held

devices.




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Idea 5:

Title: Integration of Alchemi to IIS/ASP.NET for computation hungry web

applications.

Abstract: Alchemi is an open source, .NET based grid computing system to runcomputation hungry programs. Basic objective is to integrate the Alchemi with an

ASP.NET application to scale out, when needed.

Special Instructions: Nil

Technologies: .NET and/or JAVA

Idea 6:

Title: Framework/Plugins for IE/Chrome/Firefox.

Abstract: Developing a framework/plugin which can simulate a static website like

DB aware web application.

Special Instructions: Student must be the topers of the session, good is

programming and get approved form me before taking this project.

Technologies: .Javascript/xhtml/css/xml

Idea 7:

Title: Computerization of Stars School System SHAHDRA.

Abstract: A complete MIS for Stars School System has to be developed. Main

focus is on the recording of daily/weekly/monthly and other periodic activities

related to the grading/performance of students and faculty. Other book keeping

system may be incorporated as optional part.



Technologies: .NET or JAVA Muhammad Idrees, Assistant Professor


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Idea 8:

Title: Exploration of google apps and its use to group collaboration specially for

education institutes .

Abstract: Google apps is providing a hosting infrastructure for web applications.Applications can be developed using various languages. The project is to explore

the facilities deep and develop a prototype application on the google

infrastructure.



Technologies: Python/GQL and related. Optionally Java/.NET.


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Teacher Name: Sadia ShahzadTitle: CITY Information System

Abstract: This project is about having an information system about a city/anysubarea. This information system is proposed to be a map based system. This

system will serve to provide location of different places. finding a specific place.

Analyzing data to find facts about counts of certain types of places e.g. no. ofprimary schools. total number of KFCs etc. Finding shortest paths towards acertain place from a given place etc.

Special instructions:I propose this project to be developed with collaboration of GIS center. GIS

center have final projects in which they have created and digitized maps of

different cities of Punjab. We may select one or two sample areas to develop thesystem and may be extended afterwards.


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Teacher Name: Sadeeqa Khan

Idea 1:

Project Title: Development of Time Table Generation System

Description:

This project is aimed at developing a Time Table Generator for Colleges.Colleges are supposed to make time tables for each semester which used to be avery tedious job. Each teacher and Student must be eligible for viewing his owntimetable once they are finalized for a given semester.

Inputs:

List of Courses to be offered in this semester List of teachers available in this semester Course preferences by the teachers (from the list of courses to be offered in

this very semester)

Information about number of students enrolled in each course Number of available class rooms with seating capacity and other resourceslike multimedia etc A calendar should be there shows the public and nation holidays And other specific rules must be taken into consideration (as per college

policies) like:

o Maximum credit hours assigned to one teachero Maximum number of lectures in a dayo Maximum number of lectures for a teacher in a day

Output:

The time table will be generated accordingly.The time table must be viewed for specific

Student Teacher Course DayAn auto generated email should be sent to all the persons concerned (teachers and

students) that timetable is scheduled.

Idea 2:

Project Title: Development of an Online Survey Tool (OST)Description:

This project is aimed at developing an online Survey Tool that is of importance toeither an organization or an institute. The Online Survey Tool System (OST) is an

Intranet based application that can be accessed throughout the institute. This

system can be used to launch surveys (such as Hostel Feedback, Library Usageand so forth) and record user responses. The surveys responses report is to be


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automated. There are features like email notifications of surveys, publishing ofsurvey results, report generators etc in this system.

All the students and employees of the Institute are the users of the OSTsystem.

Any user can request for conducting survey. Some of the users are admins andare approvers for launching a survey and publishing results. (Approver can be

the Principal)

Surveys could be at the Institute level, Department level, Individual level (forspecific students or teachers) etc.

As soon as a survey request /cancellation request /withdrawal /approval /rejection / is made by the person, an automatic email should be sent to the

person and the approver giving details about the action.

The number of days for a survey to be open can be set and e-mail notificationregarding the same be sent to the target audience automatically.

Surveys will have any number of questions. A summary report of the survey results can be generated (eg in excel or word,

or text).

A calendar giving the surveys of the organization/college should be availableon the system


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Teacher Name: Abdul MateenIdea 1:

Title: Autonomic Network Management for IP-based Wireless Sensor

Networks

Abstract:

The project aims at developing a prototype for an autonomic network manager forWireless Sensor Networks (WSNs). We integrate policy-based networkmanagement with network state inference and design a prototype for a self-

managing architecture. A manager-agent model shall be used to collect the

network information through monitoring agents, inference techniques shall beused to develop the network context and self-management operations shall be

applied. We shall define a small set of scenarios and policies against these

scenarios. Then well implement the scenarios to have a working prototype.

Detail:

Wireless Sensor Networks (WSNs) are becoming increasingly important because

of their reduced cost and a range of real world applications. IEEE standard

802.15.4 has emerged as a strong technology for wireless sensor networksto morph Personal Area Networks (PANs) into Low power Personal Area

Networks (LoWPANs). LoWPANs are characterized by low data rates, low

power consumption, low cost, autonomous operations and flexible topologies.The introduction of LoWPANs is considered as the beginning of a new generation

of applications. WSNs are also a suitable choice for an infrastructure to

provide ubiquitous and robust connectivity to users. Easy deployment andunattended operation make them favorites for military applications and other risk-

associated applications. The WSNs may be deployed in the terrains where manual

management is not feasible. However, to keep such networks always

operational, robust network management architecture is needed. On the other

hand the continuous growth factor of WSNs makes the manual managementeven harder and, demands autonomous or selfmanagement architecture which

would support self-configuration, self-healing, self-security management,selfperformance management, and self-accounting features. So far, the self-

management architectures proposed are poised for wired networks especially for

high end computing devices. A comprehensive architecture with granulararchitectural details, for WSNs is still needed.

Pre-Requisites:

The ideal person to take this project is a good C++ / Java programmer who hasspecial interest in solving real life

problems. The knowledge of wireless networks and statistics shall be a huge plus.

Idea 2:

Title: Network State Adaptive Quality of Service Provisioning in IP-based

Wireless Adhoc networks

Abstract:

This project aims at design and development of a Network State Adaptive Quality

of Service (QoS) provisioning mechanism for ad-hoc networks. The solution shallimplement the user-defined policies for QoS requirements and will be loosely


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coupled with the underlying routing protocol. The developed solution shallautonomously ensure, under the changing network states, that the applications get

their required resources to exhibit best possible performance under severe

network conditions. The output of the project shall be a solution that is simple toimplement yet minimizes the degradation of the best effort traffic at a

considerable level. The challenge is to make sure that QoS provisioningmechanism adapts well in ad-hoc environments when multiple services arecontending for limited resources.

Detail:

The provision of ubiquitous services in ad-hoc networks (Mobile ad-hoc networks

/ sensor networks) is a great challenge, considering the bandwidth, mobility, andcomputational-resources constraints exhibited by these networks. Incorporation of

modern delay-sensitive applications has made the task even harder. The

traditional Quality of Service (QoS) provisioning techniques are not applicablebecause these networks are highly dynamic in nature. The described inherent

characteristics of ad-hoc networks implicate newer requirements and technical

challenges for the management of such networks. The incorporation of modernreal time services, like transfer of audio and video concomitant to delay-agnostic

services has further increased the management complexity. On one hand, ad-hoc

nodes have limited resources to share amongst contending services, on the other

hand such services need and expect high priority on the network in order to meethigher user expectations about their reliability and quality. In this project we

design Network State Adaptive QoS provisioning algorithm that is independent of

routing protocols and can integrate with most of the routing protocols. Itimplements the high-level policies for QoS provisioning and exhibits a balanced

trade-off between network control traffic and QoS provisioning. On one hand itprovides the high level control in form of policies and on the other hand it is

independent of underlying routing protocol.

Pre-Requisites:

This project shall provide a great opportunity for students to design and develop a

solution for a challenging research problem. The ideal person to take this project

is a good C++ / Java programmer who has a special interest in solving real lifeproblems and implementing algorithms.

Idea 3:

Title: Service discovery in Ubiquitous Environments

Abstract:

This project aims at developing a service discovery architecture which can help

find services across a variety of communication networks e.g., Wi-Fi, 3G, Ad-hocand wireless networks. The main idea is to design a model which can help us to

provide a cooperative service discovery mechanism across what we call

cooperative urban networks. In realization a cooperative urban network shall bethe integration of various communication networks which can communicate with

each other to share data and other resources. This project involves solving real life

research and technical problems. The output of the project shall be a model


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framework for service discovery and request routing in the context of cooperativeurban networks. The validity of models shall be verified using simulations.

Detail:

The recent technological developments in communication networks have resultedinto a broad range of networks, e.g., Wi-Fi, Mobile ad-hoc networks, 3G and

other cellular networks, and wireless sensor networks, to name a few.Unfortunately, these networks do not cooperate with each other to fully utilize theavailable data and network resources. We believe that all different brands of

communication technologies should be able to cooperate with each other forming

cooperative urban networks. This integration would make the resource sharing

possible within various networks, maximizing the utilization of available data andother resources. Service discovery across the networks is essential to achieving

such sophistication. A service discovery mechanism enables devices and services

to properly discover, configure, and communicate with each other. Provisioningof such a cooperative service discovery and network selection brings in various

challenges for its architectural framework designers. Over the past few years,

many organizations have designed and developed service discovery protocols butnone of existing protocols explicitly addresses the idea in the context of

cooperative urban networks. We plan to design a model framework that helps

finding the services and forwarding request routing across cooperative urban

networks.

Pre-Requisites:

This project shall provide a great opportunity for students to design and develop a

solution for a challenging real-lifeproblem. The ideal person to take this project is a good C++ / Java programmer

who has a special interest in designand analysis of algorithms. The knowledge of a simulation tool shall be a huge

advantage.

Idea 4:

Title: Social Network User Customizable

Abstract:

This is web-based development project. There are several social networks

available lacking customization a lot. Therefore, the idea is to perform

requirement engineering to get users requirements and according to those

requirements later social network is to be developed. For example instead ofsingle page multiple pages can be provided for general, relatives, friends etc.

Similarly sharing list can be controlled.

Idea 5:

Title: Softwares for Children Elementary Education

Abstract:

This project can be web-based as well desktop to provide software for children

basic education. In this project again through requirement engineering is required

mainly school teachers and parents. Depending on the needs and requirements anumber of projects can be done from Pre-Nursery to Nursery and Prep classes and


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faculty project ideas_fall2010

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