Masters Theses

Author

Ebin Antony

Abstract

"Transportation systems such as rail, road, and waterways are key component of critical infrastructure systems, providing connectivity between other components to enable the production and distribution of goods and services. During large scale disasters such as earth quakes and floods, this connectivity is disrupted, restricting or completely halting the flow of goods and services. To ensure that the connectivity between the different modes of transportation are restored in an aftermath of these disruptions, the interdependence between them and the importance of individual elements to the overall connectivity have to be studied and formulated to develop a system-level restoration plan. This paper presents a framework to develop efficient restoration schemes for a road transportation network in an aftermath of a disruption. The road transportation network is modelled using graph theory analytics. Using a system oriented parameter such as the Eigen-vector centrality measure associated with the road transportation, it is possible to understand the importance of different network components. This model captures the interdependence between the different elements in the road transportation network critical in understanding failure effects by identifying the important nodes in the network using the Eigen-vector centrality measure. The model is constructed from publically available data for Saint-Louis, Missouri. By performing a sensitivity analysis, we have found that the node with the highest Eigen-vector centrality measures are shown to provide a higher value within a ninety-five percent confidence level, indicating low sensitivity to changes in input parameters. This provides a measure to determine the most important nodes to place back into service to assist in restoring an urban center's supply chain in the wake of an extreme event."--Abstract, page iii.

Advisor(s)

Corns, Steven

Committee Member(s)

Long, Suzanna, 1961-
Qin, Ruwen

Department(s)

Engineering Management and Systems Engineering

Degree Name

M.S. in Systems Engineering

Sponsor(s)

Geological Survey (U.S.)

Publisher

Missouri University of Science and Technology

Publication Date

Summer 2017

Pagination

vii, 48 pages

Note about bibliography

Includes bibliographic references (pages 44-47).

Rights

© 2017 Ebin Antony, All rights reserved.

Document Type

Thesis - Open Access

File Type

text

Language

English

Thesis Number

T 11156

Electronic OCLC #

1003049391

Comments

United States Geological Survey supplied partial funding for this research (USGS award number G13AC00028)

Share

 
COinS