Seminar Series
Dr. Steve Dickerson
Dr. Chris Hendrickson
Dr. Sandra Rosenbloom
Dr. Stephen van Beek
The Window of Opportunity is Open: Transforming Transportation Policy in the Age of Obama
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Dr. Jesus M. de la Garza
Dr. Yanfeng Ouyang
Reliable Facility Location under Probabilistic Disruptions
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Dr. Pitu Mirchandani
Dr. Carlos Daganzo
Dr. C. Michael Walton
Funding Tomorrow's Transportation Systems
Dr. C. Michael Walton from the University of Texas at Austin talked about "Funding Tomorrow's Transportation Systems". This is an important critical issue in light of the national transportation crisis faced by the US in terms of system performance, funding and policy. He pointed out that the highway infrastructure alone needs an investment of $3.1 trillion over the next 30 years, and that the next national transportation authorization is considered the most critical since 1956. This bill will chart the path for transportation in the 21st century. Dr. Walton gave his vision on the new transportation for the nation and discussed the options that may be the pillars for the authorization.
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Dr. Sue McNeil
Agent-Based Models as an Insight into Managing Pavement Assets
Dr. Sue McNeil from the University of Delaware discussed the topic of asset management. In her talk "Agent-Based Models as an Insight into Managing Pavement Assets" she proposed a framework for capturing the complex interactions among decision makers. This was done in the context of the uncertainty inherent in the process of allocating resources in a spatially and socially equitable manner over the extended periods of time that the assets are expected to provide service. In her framework, a network of pavement segments is represented as an agent-based model, which enables one to examine the effects of agencies, politicians, user actions, deterioration, random failures and various policies on the performance of the system. The presentation defined potential agents - the pavement segments, users, politicians, and engineers - and their interactions, and explained why such agent behaviors are not captured in typical pavement management systems and life cycle cost analyses. Two prototypes agent based systems were presented and demonstrated the potential value of life cycle cost analysis and the importance of planning for catastrophic failure.