This project recognized lack of data analysis and travel time prediction on arterials as the main gap in the current literature. For this purpose it first investigated reliability of data gathered by Bluetooth technology as a new cost effective method for data collection on arterial roads. Then by considering the similarity among varieties of daily travel time on different arterial routes, created a SARIMA model to predict future travel time values. Based on this research outcome, the created model can be applied for online short term travel time prediction in future
The study of the relationship between macroscopic traffic parameters, such as flow, speed and travel...
Bluetooth sensors have a large detection zone compared to other static Vehicle Re-Identification Sys...
Paper revised from original submittal From the point of view of the information supplied by an ATIS ...
Travel time prediction has long been the topic of transportation research. But most relevant predict...
This report is the eight deliverable of the Real Time and Predictive Traveller Information project a...
Travel time information is an integral part in various ITS applications such as Advanced Traveler In...
Travel time is important information for management and planning of road traffic. In the past decade...
Bluetooth (BT) time-stamped media access control (MAC) address data have been used for traffic studi...
This paper investigates the problem of the network performance forecast by using traffic data acquir...
Short-term travel time prediction supports the implementation of proactive traffic management and co...
Bluetooth data sets allow a direct estimation of travel times across sensor pairs; however, the resu...
The tendency to use Bluetooth Technology (BT) for travel time estimation is increasing due to growin...
From the point of view of the information supplied by an ATIS to the motorists entering a freeway of...
Travel time and travel time reliability are important performance measures for assessing traffic con...
Bluetooth sensors have a large detection zone compared with other static vehicle reidentification sy...
The study of the relationship between macroscopic traffic parameters, such as flow, speed and travel...
Bluetooth sensors have a large detection zone compared to other static Vehicle Re-Identification Sys...
Paper revised from original submittal From the point of view of the information supplied by an ATIS ...
Travel time prediction has long been the topic of transportation research. But most relevant predict...
This report is the eight deliverable of the Real Time and Predictive Traveller Information project a...
Travel time information is an integral part in various ITS applications such as Advanced Traveler In...
Travel time is important information for management and planning of road traffic. In the past decade...
Bluetooth (BT) time-stamped media access control (MAC) address data have been used for traffic studi...
This paper investigates the problem of the network performance forecast by using traffic data acquir...
Short-term travel time prediction supports the implementation of proactive traffic management and co...
Bluetooth data sets allow a direct estimation of travel times across sensor pairs; however, the resu...
The tendency to use Bluetooth Technology (BT) for travel time estimation is increasing due to growin...
From the point of view of the information supplied by an ATIS to the motorists entering a freeway of...
Travel time and travel time reliability are important performance measures for assessing traffic con...
Bluetooth sensors have a large detection zone compared with other static vehicle reidentification sy...
The study of the relationship between macroscopic traffic parameters, such as flow, speed and travel...
Bluetooth sensors have a large detection zone compared to other static Vehicle Re-Identification Sys...
Paper revised from original submittal From the point of view of the information supplied by an ATIS ...