Project L11 Fact Sheet
This one page document, "Planning Cost-Effective Actions to Improve Travel-Time Reliability", briefly summarizes the requirements, actions, and performance-based planning options to improve non-recurring congestion.
This one page document, "Planning Cost-Effective Actions to Improve Travel-Time Reliability", briefly summarizes the requirements, actions, and performance-based planning options to improve non-recurring congestion.
Nonrecurring congestion is traffic congestion due to nonrecurring causes, such as crashes, disabled vehicles, work zones, adverse weather events, and planned special events. According to data from the Federal Highway Administration (FHWA), approximately half of all congestion is caused by tempora
This is a summary of findings from Project L10: "Feasibility of Using In-Vehicle Video Data to Explore How to Modify Driver Behavior that Causes Non-Recurring Congestion."
This Amplified Work Plan provides an overview of the approach to the research and documentation to fulfill the specifications for the SHRP2 L10: "Feasibility of Using In_Vehicle Video Data to Explore How to Modify Driver Behavior that Causes Non-Recurring Congestion."
SHRP2 Project L08 is developing methods and guidance on incorporating travel time reliability into Highway Capacity Manual (HCM) analyses. The main product of this project will be a guidebook that describes travel time reliability concepts for an HCM audience, provides step-by-step processes for
This final report documents the activities performed during SHRP 2 Reliability Project L08: Incorporating Travel Time Reliability into the Highway Capacity Manual. It serves as a supplement to the proposed chapters for incorporating travel time reliability into the Highway Capacity Manual prepare
Travel time reliability reflects the distribution of travel time of trips using a facility over an extended period of time. This distribution arises from the interaction of a number of factors that influence travel times:
Recurring variations in demand, by hour of day, day of week, andThis document is intended to provide guidance on using the FREEVAL-RL computational engine, which implements the Freeway Reliability Analysis methodology developed in SHRP 2 Project L08. FREEVAL-RL is a Microsoft Excel–based computational engine coded in the Visual Basic for Applications (VBA) pl
A presentation on project L08 processes and findings.
This file contains the presentation done by Kittelson & Associates, ITRE, and Cambridge Systematics at the Washington, D.C. SHRP-2 L38 workshop in March 20, 2013.