Dissertation/Thesis Abstract

Machine Learning Model for the U.S. Customs and Border Protection: Cargo Systems Program Directorate's Sprint Effort Capacity Estimation
by Lee, Scott J., D.Engr., The George Washington University, 2019, 156; 10981774
Abstract (Summary)

Agile methodology has been widely adopted by both commercial and government software development projects since 2001. Agile methodology promotes product delivery by executing multiple small iterations that are also known as sprints. Each sprint is a small software development project with own planning, development, testing, demonstration, with possible deployment for production. Agile software development projects commonly use Yesterday’s Weather Model to estimate sprint effort capacity. However, the accuracy of Yesterday’s Weather Model is unreliable. Over 60% of Agile software development projects experience schedule delays, cost overruns, or cancellations and inaccurate effort estimation is one of the leading causes of these issues. As such, Agile software development projects may benefit from a sprint effort capacity estimation model with improved accuracy. In this research, we compute the error rate of Yesterday’s Weather Model using a large-scale real data from the U.S. Customs and Border Protection–Cargo Systems Program Directorate and identify a list of essential predictors that can be used to estimate sprint effort capacity. Using machine learning algorithms, we develop, test, and validate a sprint effort capacity estimation model on the same historical data. The model demonstrated better performance when compared to other models including Yesterday’s Weather Model.

Indexing (document details)
Advisor: Malalla, Ebrahim, Blackburn, Timothy
Commitee: Blackburn, Timothy, Etemadi, Amir, Malalla, Ebrahim
School: The George Washington University
Department: Engineering Management
School Location: United States -- District of Columbia
Source: DAI-B 80/04(E), Dissertation Abstracts International
Subjects: Management, Engineering
Keywords: Agile, Estimation, MARS, Sprint, Velocity, Yesterday’s Weather Model
Publication Number: 10981774
ISBN: 978-0-438-69294-7
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