Electronic Bonding Data Transformation Engine
The project will consist of a software solution that will run on Windows NT or Solaris. The purpose of the project is to create a transformation engine that converts particular telephony requests from an XML format to a format to a user-definable destination format used by an Incumbent Local Exchange Carrier (ILEC). The latter format is defined by each ILEC through the application of particular business rules to the original specification. Specifically, the initial product should accommodate a transformation between an incoming Access Service Request (ASR) to Verizon's ASR format.
Interactive Concern Mapper and Locator V1.0
"[The purpose] is to develop a highly extensible graphical tool that will allow a user to visually develop, assign, manipulate and inspect the concern(s) of a given software product or products. Also, a white paper will be drafted that will provide the benefits, disadvantages and suggestions for improvement of both MDSOC and Hyper/J that we uncovered while completing this project."
"This project, by providing a more accessible and accurate means of voting, will increase voter registration and participation; it will serve to restore citizen confidence in the election process. The project will focus on security as well, analyzing any environment affects on the collection and tabulation process of the voting system project proposed."
The Anhinga Project
The Anhinga project with respect to the Anhinga framework is an exercise in using the Many-to-Many (M2M) protocol to develop proof of concept applications. The goal of the past two quarters was to develop usable applications demonstrating the features of M2M and develop a toolkit to aid future developers.
Application Management System (AMS)
Voice Portal Provides its subscribers with: Access from any device, Access from any network, Personalization, Delivered through many mediums, ASP Support.
Distributed Resource Management System
"The Distributed Resource Management System functions as a solution to the problem of having many distributed resources, and being able to manage them in a scalable, highly-efficient manner. In addition to managing the addition and removal of resources, the system must support offer multiple load balancing solutions (user-definable) and the ability to track and utilize resource utilization data. Finally, the system must exhibit failure resilience."