Potential Solutions to Instantiate AVs and MaaS: Managed Optimisation Architecture for Transportation ( MOAT )

B. Williams
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Abstract

Coordinated automated road transport (C‐ART) takes into account current and expected developments in computing, and further posits that road traffic can be optimised only if it is centrally optimised and managed. The valid point made by C‐ART is that the unmanaged stochastic introduction of vehicles into traffic causes congestion, that could be minimised through central control. Managed Optimised Architecture for Transportation offers the following advantages: Simplicity, flexibility of instantiation, retains privacy of the user, user acceptability, and can be merged with MaaS travel optimisation/MaaS broker service provision. Traffic management centres are existing actors who operate the control mechanisms to manage physical movement of traffic through the road network under their control. An automated vehicle operator may be a function operated by the travel service provider (TSP) or an entity subcontracted by the TSP, or may be a function of the travel optimisation service according to the local instantiation, which will differ from place to place.
实例化自动驾驶汽车和MaaS的潜在解决方案:交通管理优化架构(MOAT)
协调自动道路运输(C‐ART)考虑到当前和预期的计算发展,并进一步假设只有在集中优化和管理的情况下,道路交通才能得到优化。C‐ART提出的有效观点是,无管理的车辆随机引入交通会导致拥堵,这可以通过中央控制最小化。运输管理优化架构提供了以下优点:简单、实例化的灵活性、保留用户的隐私、用户可接受性,并且可以与MaaS旅行优化/MaaS代理服务提供合并。交通管理中心是现有的行为者,他们操作控制机制,管理通过其控制下的道路网络的实际交通流动。自动车辆操作员可能是由旅行服务提供商(TSP)或由TSP分包的实体操作的功能,也可能是根据本地实例的旅行优化服务的功能,这将因地而异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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