Project L38B TTRMS Transition Tool
This is one of three basic TTRMS analysis tools used by the Project L38B team. This tool is used only if the corridor selected has more than one segment. Use this tool to combine the VMT and TT after running the VMT/TT database tool. Then input the combined TT/VMT into the Surface tool.
TH 100 NB at Park Avenue Delay Study
This spreadsheet contains the results of a delay study on a segment of TH 100 NB in Minneapolis, MN. The data are presented for each 5-minute interval. The data were used for demand testing of Project L05 as part of Project L38B.
Project L38B TTRMS Surface Tool
This is one of three basic TTRMS analysis tools used by the Project L38B team. This tool provides user various surface plots with TT/VMT data in 15-min time interval. Please see the Related Artifacts section for the other two TTRMS analysis tools.
I-94 WB at Park Avenue Delay Study
This spreadsheet contains the results of a delay study on a segment of I-94 in Minneapolis, MN. The data are presented for each 5-minute interval. The data were used for demand testing of Project L05 as part of Project L38B.
Project L38C I-95 Demands
This spreadsheet contains several tabs representing different levels of vehicular demand on the I-95 corridor in Miami, FL. It was used for the evaluation of Project L07 as part of Project L38C.
Please see the Related Artifacts section for the incident data used in conjunction with this
Input Data by Segment
The SHRP2 program developed the C11 Reliability tool to facilitate estimating both recurring and non-recurring congestion delays and their associated costs. The tool was applied to analyze the I-5 corridor through the Joint Base Lewis-McChord (JBLM), also known as JBLM project.
Portland Subarea Baseline
L38C Pilot Testing Presentation
Project L35A DynusT Original Skims
Portland Metro Travel Demand Model
Connected Vehicles and the Future of Transportation
L32B Vehicle Positioning or Blocking (2 videos)
Mainstreaming TSMO in a State Program
Project L38D Webinar Presentation Recording
Recording – Analytic Procedures for Determining the Impacts of Reliability and Mitigation Strategies
L07 Webinar Recording
Recording – SHRP 2 Webinar Tuesdays – Project L08
Demonstration of Automatic Crowd Metrics Measurement Technology
Project L35B Tuesday Webinar Recording
Guidance of Implementation of Traffic Incident Management Performance Measurement
This online guidance was developed for the National Cooperative Research Program (NCHRP) Project 07- 20. NCHRP is a program of the Transportation Research Board (TRB). This online guidance, which was developed directly from the project’s guidance document, provides concise guidance on the consist
Oregon: Lessons learned from 2017 Solar Eclipse
On August 21, 2017, a total solar eclipse moved west to east across the United States, covering fourteen states. This was a special event that required extensive planning by transportation agencies across the United States. It is important to look back at the 2017 Total Eclipse to see how state a
Tennessee: Lessons learned from 2017 Solar Eclipse
On August 21, 2017, a total solar eclipse moved west to east across the United States, covering fourteen states. This was a special event that required extensive planning by transportation agencies across the united states. It is important to look back at the 2017 Total Eclipse to see how state a
Wyoming: Lessons learned from 2017 Solar Eclipse
On August 21, 2017, a total solar eclipse moved west to east across the United States, covering fourteen states. This was a special event that required extensive planning by transportation agencies across the united states. It is important to look back at the 2017 Total Eclipse to see how state a
National Traffic Incident Response Awareness Week Kick-off Webinar
Please join FHWA, Traffic Incident Management champions and responders for a webinar to kick-off National Traffic Incident Response Awareness Week. The webinar will be held on Tuesday, November 13, 1:00-2:30 PM EDT.
Webinar Agenda:
Enhancing Transportation: Connecting TSMO and Asset Management
The transportation industry is rapidly evolving with advanced technology and a new emphasis on management and operations. Roadways are becoming increasingly complex, with communications and security technology, sensors and cameras, and other technologies, as well as supporting