"congestion detection" is a correct and usable phrase in written English.
It refers to the act of identifying and monitoring traffic congestion, typically through the use of technology such as sensors or cameras. Example: The city implemented a new system of congestion detection to help alleviate rush hour traffic and improve overall traffic flow.
We adapt the result of FCE congestion to SUIT's rate adaptation by assigning Not Congested for 0, Slightly Congested for 0.5 and Fairly Congested for 1. SUIT's congestion control provides fuzzy logic-based congestion detection and two congestion mitigation techniques.
This paper proposes a congestion detection and notification scheme using VANETs for urban expressways.
In particular, CoTEC results in congestion detection probabilities higher than 90%.
The performance impact on TCP in terms of burst dropping due to random contention, which is also known as false congestion detection is considered and investigated.
Finally, the paper demonstrates iTETRIS large scale cooperative ITS evaluation capabilities through the implementation and evaluation of cooperative traffic congestion detection and bus lane management applications.
Study on the characteristics of turbulent pedestrian behaviors has enormous practical significance for activity organization, capacity estimation, facility design, pedestrian model's verification and congestion detection.
The limits have to be set higher than the noncongestion related frame delay variation, otherwise congestion will be detected, even when there is no congestion in the TN and these false congestion detections will result in performance degradation.
The proposed technique is based on the link layer and consists of three sub-schemes called neighbourhood-congestion detection (NCD), neighbourhood-congestion notification (NCN), and distributed neighbourhood packet drop (DNPD).
However, this scheme creates more computation and delay due to six sources for false PCN or congestion event detection.
Travel time information is also an important parameter in Intelligent Transportation Systems, traffic demand modeling and prediction, traffic simulation, traffic signal timing control, incident detection, congestion management, and dynamic route assignment [1].
F-RTO [9] is for the TCP sender to keep the congestion window with detection of delay spike due to vertical handover and to reset the measured RTT and its deviation to initial values.
