… Subsequently, in Section 3, we explore whether our new protocol really improves traffic
flux by a series of simulations. We also evaluate how the presented lane-change protocol …

… On a two-lane highway, the lane change occurs only in the … traffic flow becomes stable for
small value of anticipation coefficient for lane changing in comparison to without lane changing …

… It is because, in a relatively low density (not too low), an appropriate frequency of lane
changes by defectors serve to increase the traffic flux. One should note that this is only true for the …

… In Table 1, we summarize the solutions of boundary flux for ten types of Riemann problems
… From the table, we can conclude that the boundary flux can be computed by the minimum of …

… (CA) model to implement such a lane change rule as well as conventional one. … improves
traffic flux by a series of simulations. We also evaluate how the presented lane change protocol …

… traffic flux as long as none of the vehicles changes lanes. In contrast, flow with lane changes
becomes volatile because turbulence caused by frequent lane changes promotes traffic …

… transition of two-lane lattice traffic flow. Numerical … on traffic flux strengthens the stability
of traffic flow and suppresses the traffic congestion effectively under lane changing in two-lane …

… lane-changing can not improve the flux per lane if a vehicle takes longer time to complete
a lane change… usually happens in real traffic, so we believe that the lanechanging time is a …

… So we argue that the improvement of the flux in the new model is mainly caused by the … of
aggressive lane-changing rules of fast vehicles enhances the flux of the mixed traffic system in …

… The degradation in the car flux of such fluctuated multi-lane flow is better … the lane change
model is similar to that of ref. 21 In traffic flow simulation using cellular automaton, lane change …