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SOS Team pages
Projects:
Address OK
AddressOK? was a project for Adult and Aging services that would create
an address verification system. This piece of software was written in
Java. The AVS took addresses out of a database and sent them one at a
time to the United States Postal Service's website. The website then returned
using XML if the address was valid or invalid. All the addresses returned
Invalid are displayed in the programs User Interface. The user can then
go though the list of invalid addresses, correct them, check to make sure
the corrected address is valid and then update the database with the correct
address.
Technologies Used:
ODBC and Java.
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Alter Ego
masks.org is a non-profit single-subject research library serving the
global community. We are dedicated to preserving our cultural heritages
through archiving Mask Images. Masks.org works worldwide with museums,
libraries, educational institutions, communities, and individual artists
The current website http://www.masks.org is maintained as well over 1000
static HTML pages. As is, the current web site is difficult to track,
maintain, and publish new content to the web, causing a loss in credibility
to the site. Given the goals of the website for future expansion, the
current system will be too bulky to maintain for any amount of time. Specifically,
the sponsor has asked for the development of an Mask Image database that
will associate images with a generalized accessor cards and dynamically
display web page.
The new vision for the site is to focus on two primary roles, researchers
who will use search engines to look specifically for Mask Images and Purveyors
who add said Mask Images to the database. The third actor in the system
is the Administrator who must authorize that the data of the Purveyor
and Mask Image are acceptable and appropriate for the web site.
Technologies Used:
PHP, PostgreSQL, Apache, HTML, Linux, XML
Project Team Members:
Richard Harden, Kirby Smith, Demar Roth
Web Pages:
Alter Ego team page http://grace.evergreen.edu/~smijam20/masks/
Rick Harden Technical Component http://grace.evergreen.edu/~harric29/new/index.html
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Finder
People loose a variety of objects in their daily lives and spend an exorbitant
amount of time locating them. The device we created will enable people
to select an object that they loose frequently and locate it in an efficient
manner with a palm held computing device.
Technologies used for Finder:
Java, C, Micro Controller Programming, Radio Tranceiver Technology,
Integration of Embedded System with Handheld Device.
Project Team Members:
Teal Canady, Owen O'Keefe, Abi Hassen, Scott Seckington
Web Page:
http://academic.evergreen.edu/users3/okeowe15/SOS_Finder/
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Darkheart by Michael
Ficker
In order to better understand the arterial structure of mammalian hearts
Barlow Scientific Inc. has developed equipment to help automate the process
of data collection from tissue samples. A custom software application
can then take this data and reconstruct the 3D structure of the arterial
networks. The application is written in the Interactive Data Language
(IDL) and was developed by the people at IDL. The goals of project DarkHeart
were to integrate specific analysis tools into the application and to
give it database connectivity.
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Hilda
HILDA is an intranet site that will help caseworkers find the names and
address of Adult Family Homes and Boarding Homes that will meet the needs
of their clients. The clients are Ageing and disabled adults who can not
live on their own. We are making the site for Ageing and Adult Services
Administration.
Technologies Used:
SQL server, ASP, VBscript, Javascript, HTML, Dream Weaver, Visual Studio.:
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New Seasons
The New Seasons Market Online Deli Project developed a system for customers
to order meals, for pickup, online from the New Seasons Market Deli in
Portland, Oregon. Customers ordering online from the system could bypass
having to wait for their items to be made at the store and bypass long
ordering lines during the lunch rushes by using this System. Built into
the system is an interface allowing the deli manager to dynamically change
the menu contents without interfering with past orders. After an order
is complete, the system will automatically print the orders at the deli
for the deli employees to have ready when the customer comes to pick their
food up.
Our Sponsor:
New Seasons Market Deli (Orenco Station location)
Technologies used:
The system was developed in PHP, mySQL, javaScript and HTML, running on
an Apache server.
Team Members:
Daniel Cohn, Idrise Abdi, Sung Huynh, Denis Lanigan
Web Pages:
New Seasons Production Environment http://grace.evergreen.edu/newseasons
Staging Platform www2.newseasonsmarket.com
Bug Tracking www.newseasons.sourceforge.com
Daniel Cohn Technical Component http://grace.evergreen.edu/~cohdan05/javascript
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PackRats
In today’s fast paced world where customer satisfaction is crucial, it
is imperative to provide accurate and efficient service. Our team has
developed a wireless system that provides customer tracking and monitors
gaming operations in a Casino establishment. This multi-tiered application
replaces the error prone paper based system that is prevalent throughout
the industry today.
Technologies used:
ASP.NET, C#, Web Services, XML, UML, SQL Server 2000, IIS 6.0, 802.11b
Wireless protocols
Team Members:
Lori Calabrese, Andrew Jackson, Jeff Jones, Lisa Terefenko
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Runcible
Runcible is a web-accessible tool for applying comments to material written
in electronic form. This tool was designed with the primary goal of assisting
writing 101 instructors with the quick identification of common writing
errors. With Runcible, an instructor has a way of expediting the correction
process. This provides benefits to the learning process by quickly showing
student what errors they've made along with context-sensitive help on
the proper approach.
However, Runcible can be used to apply comments or corrections to any
electronic text, such as; creative writing, computer code, or musical
lyrics.
Project Team Members:
Gabe Hicks, Jon Mathisen, Eric Benvenuti, Michael Zenke
Web Page:
www.fief.org/zonk/runcible/
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Sphinx
The Sphinx project is sponsored by BlinkIA; an Interactive Architecture
company in Seattle.
Information Architecture is a rapidly growing field. We are creating a
tool that will allow the user to quickly organize "Systems Structure"
as a simple outline of text entries, display that outline as a tree diagram,
with each text entry uniquely associated with a "WireFrame".
The WireFrame component of the application will allow the user to create
a paper prototype that represents a user interface or "screen-shot".
This will allow usability studies to be conducted rapidly, enabling the
user to quickly and efficiently update structure and content while maintaining
version control.
Technologies Used:
Java, Java Swing, XML, Mac OS X
Web Pages:
Team Sphinx project: http://www.users.qwest.net/~mikitikalex/
Sphinx Documentation http://academic.evergreen.edu/k/kelran21/sphinx/
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TESC MUD
TESCMUD is a self-sponsored group. We have been working on developing
a MUD (Multi-User Domain) by editing the base CircleMUD 3.0 code. We have
simplified many pieces of the code, replacing pages of case statements
with a simple algorithm, and have converted the combat system to work
with the Wizards of the CoastTM D20 SystemTM. We have also developed our
own storyline and created our own world called Raging Elements, which
you can link to via telnet and walk around in.
Technologies used:
C, CircleMUD 3.0, Red Hat Linux
Web Page:
http://academic.evergreen.edu/users2/heiaar08
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US CITIZEN EXAM Project
This US Citizen Exam application is designed for users, who are eligible
to take the US Citizen Exam to become a US citizen. It is a handy tool
for people to learn, understand, and prepare for the US Citizen Exam.
This application contains three main sections: View Test, Take Test, and
Update Test.
Technologies Used:
Visual Basic 6.0, VBScript, and SQL Script
Team Members:
Minh-Quang, H Nguyen
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WRM
Many organizations, such as small government agencies, could benefit greatly
from running simulations before making policy decisions. While a considerable
number of simulations are available in the public domain, often the computing
power to run these simulations in a timely fashion is unavailable outside
of academia and very large organizations. Our project has involved adopting
a parallel computation environment, developed for UNIX machines and in the
public domain, so that it would be suitable for small organizations that
primarily have machines running a flavor of Windows.
The WRM Group has worked closely with our sponsor, Dave Thurman of Battelle,
to find a way for small organizations to run compute-intensive programs
efficiently. Our efforts have focused on preparing the Distributed Hydrology
Soil and Vegetation Model(DHSVM) to run in parallel on a cluster of networked
workstations; each workstation runs the Windows 2000 operating system. Our
findings will be part of a feasibility study that will be presented to one
of Battelle clients, The King County Department of Natural Resources.
Project team members:
Sven Berger, Liam McGrath, Daniel Rice, Nate Robinson and Duncan Winter
Web Pages:
WRM Group project: http://academic.evergreen.edu/r/ricdan16/wrmgroup.html
Dan Rice Technical Component http://academic.evergreen.edu/r/ricdan16/dansplace/canopy.html
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