Travel time, as a fundamental measurement for Intelligent Transportation Systems, is
becoming increasingly important. Due to the wide deployment of the fixed point detectors on …

Travel time, as a fundamental measurement for intelligent transportation systems, is
becoming increasingly important. Because of the wide deployment of fixed-point detectors …

Floating car-and loop detector-based methods are two different methods that are most
frequently employed to collect travel time delay information across a freeway network. More …

A number of issues are associated with the estimation of travel time for a highway segment
based on point traffic detector measurements. First, data filling is needed to account for …

Travel time is an important parameter in evaluating the operating efficiency of traffic
networks, in assessing the performance of traffic management strategies, and as input to …

The accurate estimation of travel time is valuable for a variety of transportation applications
such as freeway performance evaluation and real-time traveler information. Given the …

Loop detectors distributed on freeways are very vulnerable and could be damaged or
malfunctioned due to improper sealing, pavement deterioration. This may lead to poor travel …

Despite recent development efforts in many other advanced traffic surveillance systems,
inductance loops are still the most widely used traffic detectors. This paper points out the …

Accurate estimation of travel time is critical to the success of advanced traffic management
systems and advanced traveler information systems. Travel time estimation also provides …

Floating car-and loop detector-based methods are two different types of methods frequently
used to collect travel time delay information across a freeway network. Sometimes, it is …