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Sample Student Projects
Sample Student Projects
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Student: Chidarapu, Kishore
Graduate Practicum Project
Title: Text to Speech Synthesizer |
PowerPoint
Student: Channey, Eric
Undergraduate Practicum Project
Title: CTC Load Management System |
PowerPoint
Student: Gross, Steffen
Master's Thesis - Review Paper
Title: Internationalization and Localization of Software |
PDF
Abstract: Click
here.
This thesis is a review paper that covers and summarizes the way software is prepared for interna-
tional markets nowadays.Internationalization and localization of software are the key topics this thesis deals with.
Therefore it first analyzes and portrays major differences in culture and language and gives advice
about how to deal with these differences when developing internationally usable software.
Then it describes some internationalization recommendation for helping to prepare software for
easy localization. In this context a standard encoding scheme for international characters and text is
explained.
Furthermore, an example is provided of how internationalization and localization of software is
done by means of a popular existing operating system platform.
Finally, some commercial software localization tools and Open Source XML standards are shown
making the processes of internationalization and localization easy and efficient.
Student: Henning Weiler
Master's Research Study
Title: Requirements Specification Document for a Media Layout Tool on Multi-Touch Interfaces |
PDF
Student: kuruganti, Praveen
Graduate Practicum Project
Title: Ultra Task Management |
PowerPoint
Student: Padmanabhan, Aditi
Graduate Practicum Project
Title: Meter Maintenace System |
PowerPoint
Abstract: Click
here.
Advances in technology and growth due to the use of Internet in different
domains has opened a new way of addressing and finding a far more better solution to the problems existing.
One such domain is accessing and addressing various data fields with an online centralized control on a user friendly medium. This control
has become essential to increase the performance clusters.
The managers wish to have an access control of the total data
information located in a system and make it more efficient with reducing the down-time and impact tasks that have long execution
times. In any organization time-lines play a vital role for immediate handling of the information. A physical communication of the data
becomes too time consuming and is prone to be inefficient. When this data has to be updated to the system the occurrence of manual
errors is elevated.
The need of the hour is to implement an online control for maintaining
the required resources for the system. The idea behind this system is to have a centralized database that will store the entire meter
maintenance information and to access this in a user friendly interface. In this system the entire access is allocated by having
a complete control from a central authority say an 'administrator' and the required meter information is entered into the system with an
access provided say an 'employee'. The system has a foolproof design to allow authorized access, to reduce manual errors and provide speedy
retrieval of data from the database.
Student: Pai, Priya
Independent Research Study
Title: User friendly tools for client-side website maintenance |
PDF
Abstract: Click
here.
This is an independent study which delineates the importance of setting up a website using WIKI technology. The system administrator
can edit, update, and upload the web content using wiki text (plain text like language, with very simple, easy to remember wiki syntax) without having to know any web based markup language such as HTML.
The report consists of information about setting up a WIKI site, customizing the site layout, giving admin privileges to a group of people within the organization
to edit, update, and upload the site content. The organization for which this system has been used is 'Pudiyador', whose website (
http://pudiyador.org) has been built using WIKI technology.
The WIKI technology used is 'pmwiki', which is a registered trademark of Patrick Michaud, and is distributed under General Public License.
For the purpose of this study, the 'Pudiyador' template has been created and integrated with 'pmwiki' to retain the site layout. The admin has privileges to edit,
upload, view the page history, view the webpage itself, and view the printable version of any webpage. While a normal user has permission only to view the webpage and view printable version of any webpage.
Student: Shi, Ziqing
Master's Research Study
Title: Portable Intermediate Representations Of Collections of Java Objects
Abstract: Click
here.
The Cyber Lab System allows students to execute experiments in a "virtual laboratory" via a Java applet.
The experiments are basically a collection of Java objects. These objects must be stored into and restored from a portable intermediate
form properly and efficiently. This paper examines three technologies for import a collection of Java objects from and export them to an
intermediate file. 1) custom-made representation using DOM 2) Java built-in serialization capability 3) Java's XMLEncoder and XMLDecoder.
The talk describes these technologies, then discusses the implementation of the import/export module using
each. A comparison of these implementations highlights differences among these technologies including the technical requirements of object
class definition, the complexity of objects processing, the format of the intermediate form and the complexity for the future extension work.
This comparison guided the development of CyberLab's lab storage and retrieval module.
Student: Speckman, Benjamin
Master's Research Study
Title: The Android Mobile Platform |
PDF
Student: Vakati, Pramodh
Graduate Practicum Project
Title: E911 Provisioning |
PowerPoint
Student: Vemuri, N. Srinivas
Master's Thesis
Title: Linking accuracy of recommendation algorithms to
objective measures
Abstract: Click here.
Recommender systems play a vital role in application domains sich as knowledge management, information
access and decision making. Collaborative filtering, a widely successful recommendation technique, generates recommendations by grouping
people with similar interests together. This project applies the Jumping Connection model, a graph theoretical model of recommender systems,
to study the relationship between the predictive accuracy of collaborative filtering algorithms to the social network graph generated by those
algorithms. We experimented with the social network graph of each prediction by applying different social network filters that change the graph
structural properties, and studied the impact of these filters on the predictive accuracy of those algorithms. The use of these social network graph structures
for each prediction resulted in better overall predictive accuracy. In addition, a novel recommendation list metric has been proposed to
measure the degeee of similarity between a recommendation list and the actual rating list given by the user.
