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Activity-Based Model

The Baltimore region is transitioning from an aggregate to disaggregate travel simulation tool which meets the changing demographic and socioeconomic environment, land use change, and planning needs and challenges in the region. The region's Activity Based Model (ABM) system, known locally as InSITE -- Initiative to Simulate Individual Travel Events, models individual travel choices with maximum behavioral realism. The disaggregate micro-simulation model InSITE consists of a synthetic population generator implemented in PopGen2.0, auxiliary models (truck and external model components), the activity-based travel demand model TourCast, which predicts each individual's long-term choices, daily activity patterns and travel, as well as the traffic assignment module. The simulation is implemented and managed using Cube. The TourCast is programmed with Python and is called by Cube. The activity-based travel demand model (TourCast) structure is as follows:

Documentation on the model structure, estimation, Calibration, and other supporting documentation is available using the below links.

Project Management Plan

Model Design Plan

Data Requirements Technical Memorandum

Summary of Peer Review
2016 Report Summary || 2016 Final Report

Model Estimation
Report || Spreadsheets

BMC Capacity Enhancement

Implementation Approach

InSITE Training

Model Validation
InSITE Validation Documentation || Validation Plan || Spreadsheets

Model Sensitivity Test Plan

Model User Guide

PopGen 2.0

Highway and Transit Assignment
Assignment Scripts Development Memo || Transit Assignment and Skim Validation Memo




Last Updated on Tuesday, 25 July 2017 18:45