Dynamic Traffic Cellular Automata (DTCA) method has been used to develop a mathematical model of vehicular traffic flow based on acceleration, velocity and position. This model is extended to investigate human driver behavior using Fuzzy Logic algorithms including; asymmetric auto driving, symmetric auto driving, and the driver behavior using ITS. Congestions have been created and solutions are offered thus leading to a better understanding traffic flow, aggregate fuel consumption, and emissions caused by clusters of vehicles. In simulation, ITS is used to provide inter-vehicular information leading to avoidance of congestions, fuel control, and emission reduction
This paper discusses Dynamic Traffic Cellular Automata (DTCA) model. It integrates acceleration, dec...
AbstractWe propose a new stochastic traffic flow model for highways (freeways), which is a hybrid be...
The behaviour of motorists at intersections is determined by the road and vehicle density studies. C...
Approaching the desired vehicle speed by using a FUZZY logic controller is the goal of this article....
Traffic congestion has been the major problem on most Nigeria roads. This is particularly due to the...
Traffic jam has become a common scene nowadays, due to the rapid increase of road users in the past ...
At signalized intersections, the decision‐making process of each individual driver is a very complex...
For 60 years, engineers have modelled traffic flow for use in roadway analysis and design. A continu...
Efficient design of traffic facilities catering to the safe movement of vehicular traffic can be ach...
Highway congestions can cause considerable impact on loss of time and delays displacement. This arti...
Congestion is one of the transportation issues. It increases the fuel consumption with rising of haz...
This paper will discuss the algorithm to be implemented in the simulation of traffic flow system wit...
In this paper, we have described a whole new approach of rationalization of existing traffic control...
Traffic congestion is a growing problem worldwide causing time/fuel waste, pollution, and even stres...
All human drivers can be characterised by their habitual choice of driving behaviours, which results...
This paper discusses Dynamic Traffic Cellular Automata (DTCA) model. It integrates acceleration, dec...
AbstractWe propose a new stochastic traffic flow model for highways (freeways), which is a hybrid be...
The behaviour of motorists at intersections is determined by the road and vehicle density studies. C...
Approaching the desired vehicle speed by using a FUZZY logic controller is the goal of this article....
Traffic congestion has been the major problem on most Nigeria roads. This is particularly due to the...
Traffic jam has become a common scene nowadays, due to the rapid increase of road users in the past ...
At signalized intersections, the decision‐making process of each individual driver is a very complex...
For 60 years, engineers have modelled traffic flow for use in roadway analysis and design. A continu...
Efficient design of traffic facilities catering to the safe movement of vehicular traffic can be ach...
Highway congestions can cause considerable impact on loss of time and delays displacement. This arti...
Congestion is one of the transportation issues. It increases the fuel consumption with rising of haz...
This paper will discuss the algorithm to be implemented in the simulation of traffic flow system wit...
In this paper, we have described a whole new approach of rationalization of existing traffic control...
Traffic congestion is a growing problem worldwide causing time/fuel waste, pollution, and even stres...
All human drivers can be characterised by their habitual choice of driving behaviours, which results...
This paper discusses Dynamic Traffic Cellular Automata (DTCA) model. It integrates acceleration, dec...
AbstractWe propose a new stochastic traffic flow model for highways (freeways), which is a hybrid be...
The behaviour of motorists at intersections is determined by the road and vehicle density studies. C...