In this paper, we use Floating Car Data from the city of Shanghai and Fuzzy Inference model to detect congestion indexes throughout the city. We aim to investigate to which extent traffic congestion is severe during afternoon rush hour. Additionally, we compare our results to the ones obtained by calculating congestion indexes on conventional way. Although we do not argue that our model is the best measure of congestion, it does allow the mechanism to combine different measures and to incorporate the uncertainty in the individual measures so that the compound picture of congestion can be reproduced
Real time data collection in traffic engineering is crucial for better traffic corridor control and ...
In an era of increasing urban traffic congestion, cities in China still lack a comparable congestion...
Road congestion is estimated to cost the United Kingdom £307 billion by 2030. Furthermore, congestio...
In this paper, we use Floating Car Data from the city of Shanghai and Fuzzy Inference model to detec...
AbstractCongestion has been a major challenge to urban traffic system. Based on GPS floating-car dat...
This paper explores the usability of floating car data (FCD) of mixed quality in congestion analysis...
Abstract Fast and reliable evaluation of regional traffic congestion is beneficial to more effective...
AbstractTraffic congestion in urban areas is a big issue for cities around the world. Thus, studying...
4th International Conference on Problems of Cybernetics and Informatics (PCI) -- SEP 12-14, 2012 -- ...
AbstractUrban traffic congestion has different typical characteristics under the influence of differ...
AbstractWith the increasing amount of traffic information collected through floating car data, it is...
Traffic congestion wastes time, energy, and, thus, money. While well understood on highways, detecti...
This method of prediction using the data mining to analyze huge amounts of data as a preferred tool ...
Singapore has one of the most cost-efficient and well-developed public transport networks in the wor...
With the continuous growth of traffic demand and the mismatch of urban transportation facilities, ur...
Real time data collection in traffic engineering is crucial for better traffic corridor control and ...
In an era of increasing urban traffic congestion, cities in China still lack a comparable congestion...
Road congestion is estimated to cost the United Kingdom £307 billion by 2030. Furthermore, congestio...
In this paper, we use Floating Car Data from the city of Shanghai and Fuzzy Inference model to detec...
AbstractCongestion has been a major challenge to urban traffic system. Based on GPS floating-car dat...
This paper explores the usability of floating car data (FCD) of mixed quality in congestion analysis...
Abstract Fast and reliable evaluation of regional traffic congestion is beneficial to more effective...
AbstractTraffic congestion in urban areas is a big issue for cities around the world. Thus, studying...
4th International Conference on Problems of Cybernetics and Informatics (PCI) -- SEP 12-14, 2012 -- ...
AbstractUrban traffic congestion has different typical characteristics under the influence of differ...
AbstractWith the increasing amount of traffic information collected through floating car data, it is...
Traffic congestion wastes time, energy, and, thus, money. While well understood on highways, detecti...
This method of prediction using the data mining to analyze huge amounts of data as a preferred tool ...
Singapore has one of the most cost-efficient and well-developed public transport networks in the wor...
With the continuous growth of traffic demand and the mismatch of urban transportation facilities, ur...
Real time data collection in traffic engineering is crucial for better traffic corridor control and ...
In an era of increasing urban traffic congestion, cities in China still lack a comparable congestion...
Road congestion is estimated to cost the United Kingdom £307 billion by 2030. Furthermore, congestio...