A novel lattice model integrating the cooperative deviation of density and optimal flux under V2X environment
Guanghan Peng, Chun-Li Luo, Hongzhuan Zhao, Huili Tan
Abstract
A novel lattice hydrodynamic model is proposed by integrating the cooperative deviation of density and optimal flux under vehicle to X (V2X) environment. According to the theoretical analysis, the stability conditions and the mKdV equations affected by the cooperative deviation of traffic information are explored. And the density wave, hysteresis loop and energy consumption of the traffic flow have been investigated via numerical simulation. The results indicate that the cooperative deviation of density and optimal flux can effectively alleviate the traffic congestion. More importantly, our new consideration can reduce fuel consumption and exhaust emission under the V2X environment.
Topics & Concepts
Lattice (music)Fuel efficiencyDensity wave theoryStability (learning theory)Flux (metallurgy)Computer scienceStatistical physicsTruckMechanicsMathematical optimizationApplied mathematicsPhysicsMaterials scienceThermodynamicsMathematicsCondensed matter physicsMetallurgyAcousticsMachine learningTraffic control and managementTransportation Planning and OptimizationVehicle emissions and performance