2009Transportation Research Record Journal of the Transportation Research BoardRequires access

Revised Process for Work Zone Decision Making Based on Quantitative Performance Measures

Thomas W. Hartmann, H G Hawkins

Open publisher page 5 citations

Abstract

Work zones create one of the most challenging environments for drivers. Implementing work zones on freeways creates many issues, especially regarding mobility. Decisions made regarding work zones should be informed by quantitative data, collected in work zones, to ensure that the mobility impacts of the work zone treatments implemented are mitigated. This paper details the development of a new decision-making process that addresses the shortcomings in the current decision-making processes. The new process incorporates a performance measure–treatment matrix, which recommends multiple performance measures, each chosen to measure the mobility impacts particular to a specific work zone implementation. Most important, the revised decision-making process incorporates a feedback loop. Quantitative data collected in work zones are analyzed after the work zone is complete, to determine the impacts specific decisions had on mobility in the work zone. The lessons learned in previous work zones are then incorporated into the decision-making process to lessen the mobility impacts of future work zones. This paper develops the new decision-making process, focusing on mobility measures, and examines the issues with the application of the process.

About this research paper

What this paper is about

Work zones create one of the most challenging environments for drivers. Implementing work zones on freeways creates many issues, especially regarding mobility. Decisions made regarding work zones should be informed by quantitative data, collected in work zones, to ensure that the mobility impacts of the work zone treatments implemented are mitigated. This paper details the development of a new decision-making process that addresses the shortcomings in the current decision-making processes. The new process incorporates a performance measure–treatment matrix, which recommends multiple performance measures, each chosen to measure the mobility impacts particular to a specific work zone implementation. Most important, the revised decision-making process incorporates a feedback loop. Quantitative data collected in work zones are analyzed after the work zone is complete, to determine the impacts specific decisions had on mobility in the work zone. The lessons learned in previous work zones are then incorporated into the decision-making process to lessen the mobility impacts of future work zones. This paper develops the new decision-making process, focusing on mobility measures, and examines the issues with the application of the process.

Why it matters

OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Work zones create one of the most challenging environments for drivers. Implementing work zones on freeways creates many issues, especially regarding mobility. Decisions made regarding work zones should be informed by quantitative data, collected in work zones, to ensure that the mobility impacts of the work zone treatments implemented are mitigated. This paper details the development of a new decision-making process that addresses the shortcomings in the current decision-making processes. The new process incorporates a performance measure–treatment matrix, which recommends multiple performance measures, each chosen to measure the mobility impacts particular to a specific work zone implementation. Most important, the revised decision-making process incorporates a feedback loop. Quantitative data collected in work zones are analyzed after the work zone is complete, to determine the impacts specific decisions had on mobility in the work zone. The lessons learned in previous work zones are then incorporated into the decision-making process to lessen the mobility impacts of future work zones. This paper develops the new decision-making process, focusing on mobility measures, and examines the issues with the application of the process.

Key concepts: Work (physics), Process (computing), Work zone, Measure (data warehouse), Computer science, Work in process, Decision-making, Risk analysis (engineering)

Related papers

Back to paper searchBrowse research topicsOriginal source
Revised Process for Work Zone Decision Making Based on Quantitative Performance Measures — Research Paper | ScholarLens