Modular Approach for Rapidly Developing Simulation Models for Analyzing and Evaluating Port Operations

This paper presents a modular approach for rapidly developing simulation models that can analyze and evaluate existing port operations, changes and expansions. Simulation is an inexpensive insurance against costly mistakes involving capital expenditures, but many...

Using FAF2 Port Data to Model Freight in a Medium Sized Port City

The ability to accurately incorporate freight moving to and from a port into an urban model is difficult in both small and large cities.  To address this issue, this paper presents an application in which the Freight Analysis Framework Version 2.2 (FAF2) Port Data was...

Issues and Approaches to the Utilization of Highly Aggregated Databases in Freight Planning and Modeling

As one of the four original pilot studies into disaggregation of the Freight Analysis Framework Version 2 program funded by the Federal Highway Administration, the research team at the University of Alabama in Huntsville (UAHuntsville) has experienced many of the...

Developing Validated Freight Transportation Models Utilizing Highly Aggregated Data

It is commonly accepted in the transportation planning community that local data is the only legitimate data that can be used to forecast travel.  Therefore, large, highly aggregated data sets are often discredited and deemed an inappropriate data source without...

Security Inspection Protocols: Impact on Container Terminal Throughput Using Simulation

This paper presents a simulation model to determine the impact of various container inspection protocols on the operation of a seaport container terminal. The inspection protocols are A) no inspection, B) container sampling with unloading and inspection coupled and C)...

Impact Analysis on Throughput on Air Fleet Resources Using Simulation

This paper presents a modeling approach to determine the impact on throughput on air fleet resources on the operation of airports. The primary constraints for this analysis are i) adherence to schedules, ii) optimization of resource utilization and iii) reduction of...