Illinois Library Resources and Automation in the Networked Environment: An Analysis and Recommended Strategies Final Report (open access)

Illinois Library Resources and Automation in the Networked Environment: An Analysis and Recommended Strategies Final Report

This study identifies strategies for enhancing access to Illinois libraries' holdings, where the strategies ensure the best stewardship possible for state and federal grant dollars for library automation and resources.
Date: October 2002
Creator: Moen, William E.; Enoch, Larry & Greenway-Hayes, Debra
Object Type: Report
System: The UNT Digital Library
A White Paper on Outcomes Evaluation: Concepts, Strategies, and Practical Applications (open access)

A White Paper on Outcomes Evaluation: Concepts, Strategies, and Practical Applications

This white paper introduces evaluation concepts and describes outcome-based evaluation. The Institute for Museum and Library Services (IMLS) logic model is described in the context of developing a program evaluation plan. Four case studies illustrate how outputs, outcomes and indicators can be used to produce programs results.
Date: December 10, 2002
Creator: Moen, William E.; Simpson, Carol; Mason, Florence & Wetherbee, Louella
Object Type: Paper
System: The UNT Digital Library
Needs Assessment Study of Texas Academic, Public, and School Libraries: Final Report (open access)

Needs Assessment Study of Texas Academic, Public, and School Libraries: Final Report

This document is the final report with the summary of the findings, conclusions, and recommendations for consideration by the Telecommunications Infrastructure Fund Board (TIFB) Library Working Group as part of the Needs Assessment Study of Texas Academic, Public and School Libraries. The report is the work of the Needs Assessment Study Team, Texas Center for Digital Knowledge at the University of North Texas. The study was conducted during the period of February through September 15, 2002. Funding for the study was provided by Telecommunications Infrastructure Fund Board
Date: October 2002
Creator: Moen, William E.; Simpson, Carol; Mason, Florence & Wetherbee, Louella
Object Type: Report
System: The UNT Digital Library
Needs Assessment Study of Texas Academic, Public, and School Libraries: Project Plan (open access)

Needs Assessment Study of Texas Academic, Public, and School Libraries: Project Plan

This document outlines the project plan for the Needs Assessment Study of Texas Academic, Public, and School Libraries.
Date: April 1, 2002
Creator: Moen, William E.; Simpson, Carol; Mason, Florence & Wetherbee, Louella
Object Type: Paper
System: The UNT Digital Library
Leveraging Geographical Disparities of Socio-Economic Factors to Predict Vulnerable Teenagers to Teen Birth: Chicago as A Case Study (open access)

Leveraging Geographical Disparities of Socio-Economic Factors to Predict Vulnerable Teenagers to Teen Birth: Chicago as A Case Study

Teen birth (TB) imposes serious health and economic burdens to both individuals and government. Various attempts have been made to overcome TB such as teen pregnancy prevention evidence-based programs. However, these programs might have declined teen birth rate (TBR), most of which do not address the influencing socio-economic factors linked to areas where teenagers live. This study is aimed at investigating socio-economic factors contributing to TB and identify their geographical disparities. The methodology was developed using the vulnerability theory to examine the complex relationship between TB and socio-economic factors. Principal Component Analysis (PCA) and Geographically Weighted Regression (GWR) were employed to analyze census data. Findings suggest that socio-economically disadvantaged minorities, including unemployed black and uneducated Hispanic, are more vulnerable to TB. Additionally, geographic locations of communities where such teenager live are recognized. The outcomes verified the utility of the vulnerability theory to predict the geographical locations of vulnerable teens that can be leveraged by policymakers to allocate more health resources and perform place-specific interventions to effectively reduce TBR.
Date: December 2020
Creator: Sadeghinaeenifard, Fariba & Hawamdeh, Suliman M.
Object Type: Paper
System: The UNT Digital Library
Method for Generating Numerical Values Indicative of Frequencies of Selected Features in Objects, and a Computer System Implementing the Method (open access)

Method for Generating Numerical Values Indicative of Frequencies of Selected Features in Objects, and a Computer System Implementing the Method

Patent relating to methods for generating numerical values indicative of frequencies of selected features in objects, and a computer system implementing the method.
Date: November 21, 2001
Creator: Rorvig, Mark E. & Jeong, Kitai
Object Type: Patent
System: The UNT Digital Library
Prediction of Concrete Bridge Deck Condition Ratting Based on Climate Data in Addition to Bridge Data: Five States as a Case Study (open access)

Prediction of Concrete Bridge Deck Condition Ratting Based on Climate Data in Addition to Bridge Data: Five States as a Case Study

Evaluating the impact of learning from climate data, in addition to bridge data, on the performance of concrete deck condition rating prediction is critical for identifying the right data needed to enhance bridge maintenance decision making. Few studies have considered such an evaluation and utilized a small size of samples that prevent revealing the knowledge hidden within the big size of data. Although, such evaluation over big data seems quite necessary, class imbalance problem makes it challenging. To alleviate such a problem, five states, including Alabama, Iowa, New York, Pennsylvania, and South Carolina, were selected as the case study. Not only are the states located in three different climatically consistent regions defined by the National Ocean and Atmospheric Administration (NOAA), but also their concrete deck conditions ratings are somewhat balanced. To conduct the evaluation, this research developed the bridge data set pertaining to 56,288 bridges across the afore-mentioned states through employing the GIS technology. The bridge data set contains bridge data derived from National Bridge Inventory (NBI), and climate data derived from Parameter-elevation Relationships on Independent Slopes Model (PRISM) climate maps and NOAA. Then, two machine learning algorithms, including random forest and GBM, were trained - with and without climate …
Date: June 2022
Creator: Fard, Fariba
Object Type: Text
System: The UNT Digital Library