交通运输工程与信息学报

为深化新信息技术在铁路客运站的创新应用,进一步推动智能铁路客运站的总体发展,本文基于已建设的智能铁路客运站1.0系统(智能客运站旅客服务与生产管控平台)应用现状,以未来智能化需求为导向,提出了智能铁路客运站2.0的总体目标、设计理念、典型特征和技术框架,并给出了基于信息物理融合系统(CPS)的智能铁路客运站2.0系统结构。然后,结合车站实际业务需求及运营痛点,深入研究快速安检、智能问询和客流预测等智能铁路客运站2.0典型应用场景的关键技术,实现信息技术与客运站运营管理、旅客服务的深度融合。最后,通过搭建智能铁路客运站2.0智能安检平台环境,开展了行李X光图像智能判别试验,证实智能铁路客运站2.0的可行性和有效性。

Guided by future intelligent needs for railway passenger stations, we present the overall goal, design concept, typical features, and technical framework of intelligent railway passenger station 2.0. Our goal is to deepen the innovative application of new information technology in railway passenger stations and further promote the overall development of intelligent railway passenger stations. The architecture of intelligent railway passenger station 2.0 of CPS was presented on the basis of the intelligent railway passenger station 1.0 system(passenger service and production control platform of intelligent railway passenger station). In combination with the actual business needs of the station and the pain points of the operation, the key technologies of the typical application scenarios of intelligent railway passenger station 2.0(e. g., rapid security inspection, intelligent inquiry, and passenger flow prediction) were thoroughly studied to realize a deep integration of information technology into the railway station. Finally, a test of X-ray intelligent discrimination was conducted through the construction of an intelligent security environment, which proves the feasibility and effectiveness of intelligent railway passenger station 2.0.