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An Extendable General Platform For Cluster Analysis And Validation, Brandon Troy Edwards Jan 2009

An Extendable General Platform For Cluster Analysis And Validation, Brandon Troy Edwards

Theses Digitization Project

This thesis implements a general platform which integrates several commonly used cluster analysis algorithms with ease of use and extendability, along with various validation techniques to analyze the results of algorithms.


Integration Of Mapping Web Services And Scalable Vector Graphics, Suneetha Chinamuthevi Jan 2009

Integration Of Mapping Web Services And Scalable Vector Graphics, Suneetha Chinamuthevi

Theses Digitization Project

The purpose of this project was to develop a web-based application integrating mapping web services and SVG (Scalable Vector Graphics). This project helps a user locate a set of addresses anywhere in the United States on a map. The underlying mapping and address locator software systems are very complex and require large data sets and updates on a regular basis. The web services technology encapsulates tose complexities and exposes the required functionality in a secure manner over the internet.


Promoting A Mastery Goal Orientation In Children Through The Education Of Parents And Caregivers, Connie Imelda Medinilla Jan 2009

Promoting A Mastery Goal Orientation In Children Through The Education Of Parents And Caregivers, Connie Imelda Medinilla

Theses Digitization Project

The purpose of this project is the development of a workshop entitled "Learning is the Goal" which targets parents and caregivers of elementary school children. The principle behind the workshop is to provide parents with a foundation of knowledge that can be utilized as their children continue their schooling from the elementary years through high school.


Fable: Finite Automata Based Learning Engine, Ryan Michael Jackson Jan 2009

Fable: Finite Automata Based Learning Engine, Ryan Michael Jackson

Theses Digitization Project

The purpose of this thesis will be to demostrate the feasibility of building a system that is capable of automatically learning how to increase performance at a task that is presented to it by means of modeling the problem with a finite automation and the learning engine of FABLE. Current work in the field of automatic learning of FA's (Finite Automation) is mostly focused on the building of the FA itself. This thesis will instead focus on the automated building of FA models to allow better decisions to be made in the future.


Share World: A Web-Based Reuse Managment System, Raymol Philomina Rappai Jan 2009

Share World: A Web-Based Reuse Managment System, Raymol Philomina Rappai

Theses Digitization Project

The System Share World Web-Based Reuse Management System (WRMS) is an online website that enables the sharing of items in a web friendly environment. The project is a self-maintained web-based application managed by the community. The application can be easily customized to adapt to various communities, whether non-profit or commercial.


A Web Based Grading Assistant System, Nabeel Saeed Alzahrani Jan 2009

A Web Based Grading Assistant System, Nabeel Saeed Alzahrani

Theses Digitization Project

The purpose of this study is the design and development of a web-based tool, Gas, that can automatically, or semi-automatically grade beginner-level programs written in programming language C++. This project aims at a system that is highly customizable so that various grading criteria can be changed and implemented depending on the assignment to be graded.


Human Resource Management System, Saurabh Dixit Jan 2009

Human Resource Management System, Saurabh Dixit

Theses Digitization Project

The purpose of this project is to design and create the Online Human Resource System (HRMS) that can be used by a wide variety of groups who deal with the employee. This system is specially designed for the medium-level company which has employees in different locations. The system also tracks the duration of work, experience in different fields and it eliminates a lot of manual paper work between the employee and the human resource department. The important feature of this product is to calculate the W4-form for California employers.


Implementing Dijkstra's Pathfind Using Quantum Algorithms, Shing Yung Lo Jan 2009

Implementing Dijkstra's Pathfind Using Quantum Algorithms, Shing Yung Lo

Theses Digitization Project

This thesis explores using Grover's Search (a quantum algorithm) to implement Dijkstra's algorithm. Contains source code.