Interconnecting Separate Transportation Systems by Introducing Exchange Points

D. Esztergár-Kiss, Alireza Ansariyar, Geza Katona
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Abstract

To provide seamless information for the travelers, an effective transnational door-to-door journey planner is required, where information from different operators, combined solutions, and value-added parameters appear in a realistic environment. Thus, the aim is to support seamless mobility solutions and create multimodal transport networks connecting separate systems. The elaborated method realizes this by identifying the potential exchange points between separate networks and by filtering the suitable exchange points to run the routing algorithm between the local journey planners. The proposed solution builds on a flexible algorithm, which parameters can be easily updated and extended. In case of any changes, using the formulated theoretical background, an up-to-date and realistic implementation can be derived from the foundations of the framework. In addition, the elaborated method is fully capable to cover wide geographical areas and to provide a transferable solution.
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通过引入交换点连接不同的运输系统
为了给旅行者提供无缝的信息,需要一个有效的跨国门到门的行程规划器,不同运营商的信息、组合的解决方案和增值参数出现在一个现实的环境中。因此,目标是支持无缝移动解决方案,并创建连接不同系统的多式联运网络。该方法通过识别不同网络之间的潜在交换点,并通过过滤合适的交换点来运行本地行程规划器之间的路由算法来实现这一点。该解决方案基于一种灵活的算法,其参数易于更新和扩展。如果有任何变化,使用制定的理论背景,可以从框架的基础中获得最新的和现实的实施。此外,拟定的方法完全能够涵盖广泛的地理区域,并提供一种可转让的解决办法。
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