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Two-class freeway traffic regulation to reduce congestion and emissions via nonlinear optimal control

机译:两级高速公路交通管制,通过非线性最优控制减少拥堵和排放

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The objective of this paper is the regulation of freeway traffic by means of optimal control techniques. A first innovative aspect of the proposed approach is the adopted objective function in which, besides the reduction of traffic congestion (which is typically considered in traffic control schemes), the minimization of traffic emissions is also included. Moreover, a multi-class framework is defined in which two classes of vehicles (cars and trucks) are explicitly modelled, and specific control actions for each vehicle class are sought. This results in the formulation of a multi-objective optimal control problem which is described in the paper and for which a specific solution algorithm is developed and used. The algorithm exploits a specific version of the feasible direction algorithm whose effectiveness is demonstrated in the paper by means of simulation results. (C) 2015 Elsevier Ltd. All rights reserved.
机译:本文的目的是通过最佳控制技术来调节高速公路交通。提出的方法的第一个创新方面是采用目标函数,其中除了减少交通拥堵(通常在交通控制方案中考虑)之外,还包括交通排放的最小化。此外,定义了一个多类框架,其中明确建模了两类车辆(小汽车和卡车),并针对每种车辆类别寻求特定的控制动作。这导致制定了多目标最优控制问题,该问题已在本文中进行了描述,并且针对该问题开发并使用了特定的求解算法。该算法采用了可行方向算法的特定版本,通过仿真结果证明了其有效性。 (C)2015 Elsevier Ltd.保留所有权利。

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