Innovative Traffic Control: Technology and Practice in EuropeAuthor/Presenter: Hawkins, H. Gene Jr.; Wainwright, W. Scott; Tignor, Samuel C.
This summary report describes a May 1998 transportation technology scanning tour of four European countries. The tour was co-sponsored by the Federal Highway Administration (FHWA), the American Association of State Highway and Transportation Officials (AASHTO), and the Transportation Research Board (TRB). The tour team consisted of 10 traffic engineers who visited England, France, Germany, and Sweden to observe traffic control devices and methodology and to determine if any European practices should and could be recommended for use in the United States. Team members included representatives from FHWA, TRB, Texas Transportation Institute, Montgomery County (Maryland), and the state departments of transportation of Oregon, Utah, Virginia, and Wisconsin. This report is organized into five key chapters: Traffic Control Devices; Freeway Control; Operational Practices; Information Management; and Administrative Practices. The material within chapters falls within two categories: Primary Findings and Other Observations. The team noted a number of traffic control practices, from signing to speed control to information management that were being effectively used by the Europeans. Team members believe that many of these innovations could and should be introduced on U.S. streets and highways. Among the devices and practices recommended for further study for U.S. adoption are specific freeway pavement markings, variable speed control, lane control signals, intelligent speed adaption, innovative intersection control, and variable message signs that incorporate pictograms. The report includes statements for proposed research problems.
Publication Date: 1999
Full Text URL: Link to URL
Publication Types: Books, Reports, Papers, and Research Articles
Topics: Best Practices; Changeable Message Signs; Maintenance Equipment; Signing; Speed Control; Temporary Traffic Control; Traffic Control Devices; Variable Speed Limit Systems; Visibility; Work Zones; Worker Safety