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Articles 1 - 5 of 5
Full-Text Articles in Software Engineering
An Algorithm For Facial Expression Recognition To Assist Handicapped Individuals With Eating Disabilities, Anthony Rudolph De La Loza
An Algorithm For Facial Expression Recognition To Assist Handicapped Individuals With Eating Disabilities, Anthony Rudolph De La Loza
Theses Digitization Project
The purpose of this thesis is to describe an algorithm and implement a software system based upon facial expression recognition that will accurately determine the specific need of a handicapped individual pertaining to the eating process. Then based upon that need, determine the appropriate action that should be executed. This thesis aims to present a solution to allow a special needs individual to eat more efficienty and foster independence, while providing a platform for further research in the area of feature detection to assist individuals with special needs.
Automated Case Review System For Transitional Assistance, Don Minh Le
Automated Case Review System For Transitional Assistance, Don Minh Le
Theses Digitization Project
The purpose of this project was to create an automated Case Review System. The current Case Review System is a manual process that is being performed by Eligibility Lead Workers and Eligibility Worker Supervisors. The reviewers utilize an Excel sheet to record every individual reviewers results and print out many copies for the appropriate parties. The automated system is designed to track, and catch mistakes in determining eligibility of the welfare applicants. Moreover, Case Review System provides the Transitional Assistance Department (TAD) the ability to report error trends as a training tool to reduce future case errors. This system shall …
Revision Of Remote (Recursively Estimating Multi-Threaded Observation Tool Enterprise) For Commercialization, Jeongtaek Hong
Revision Of Remote (Recursively Estimating Multi-Threaded Observation Tool Enterprise) For Commercialization, Jeongtaek Hong
Theses Digitization Project
The purpose of this study is to have ReMoTe be commercialized or released as open source at some future date to the general public. ReMoTe will provide an enhanced user interface that will allow users easy to use functions and setup their projects and define their thread and phases. ReMoTe will have the ability to handle muliple projects, and specify any number of phases for any thread.
Gobuddy - Android Mobile Application, Kalaivani Nellaiappan
Gobuddy - Android Mobile Application, Kalaivani Nellaiappan
Theses Digitization Project
The purpose of this application is to serve the end user of an Android Smart phone, with reliable, instantaneous and location based information on places of interest such as restaurants, gas stations, hotels, movie theaters, and the like by using the phones' built-in GPS. The basic information includes viewing the map and address of the place of interest and getting the directions to a particular place in addition to having some extra features. Contains computer source code.
An Open Source Infrastructure For 3d Virtual Worlds, Amita Kale
An Open Source Infrastructure For 3d Virtual Worlds, Amita Kale
Theses Digitization Project
This project is the fourth iteration of Geng. The main purpose of this iteration is to re-structure and enhance the Geng library. Geng is an ongoing project at the School of Computer Science and Engineering at California State University San Bernardino. Geng is derived from the words "Game" and "Engine". Geng is a platform independent library that can be used to construct 3D virtual worlds.