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Stages to Create and Develop Module of Regional Intelligent Transportation and Logistics System

机译：创建和开发区域智能运输和物流系统模块的阶段

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Creation and development of intelligent transportation and logistics system are supposed to be carried out in three stages. The first stage is devoted to the development of the optimal Regional Intelligent Transportation and Logistics System (RILTS) concept. The second stage is the development of interfaces for processing heterogeneous data on parameters of a transport stream and the environment and their integration into a single system. Development of algorithms for managing flows of unmanned and manned vehicles in transport corridors. The third stage is connected with software development and testing of proposed algorithms. The paper presents integrated results of the SWOT-analysis which was carried out in three directions: the current condition of the RITLS in Russia; the RILTS influence on all target groups of service users; the RILTS influence on the development of the region and national economy as a whole. There are some results obtained after finishing the first stage. To finish the second stage of the RILTS creation successfully the algorithm of control of access of vehicles to the high-speed transport corridor is proposed. The key result of the RITLS module development is the intelligent system of managing unmanned and manned vehicles which is regularly updated. This system includes aggregated modules for solving separate tasks and knowledge base to ensure uninterrupted management and monitoring of the road network. Besides there are algorithms for managing transport flows by simulation methods in existing software environments.
机译：智能运输和物流系统的创造与发展应该是三个阶段进行的。第一阶段致力于开发最优区域智能运输和物流系统（盗贼）概念。第二阶段是开发用于处理传输流和环境参数的异构数据的接口及其集成到单个系统中。运输走廊中无人驾驶车辆流量的算法的开发。第三阶段与所提出的算法的软件开发和测试相关联。本文介绍了三个方向进行的SWOT分析的综合结果：俄罗斯戒指的当前条件; rilts对所有目标群体的影响;盗贼对整个地区和国民经济的发展影响。完成第一阶段后获得一些结果。为了完成盗士的第二阶段，提出了一种控制车辆的访问算法到高速运输走廊。 RITLS模块开发的关键结果是管理无人驾驶和载人车辆的智能系统，这些车辆经常更新。该系统包括聚合模块，用于解决单独的任务和知识库，以确保不间断的管理和监控道路网络。此外，还有用于通过现有软件环境中的仿真方法管理传输流程的算法。

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