Digitalisation in railway networks harnesses digital technologies to optimise operations,
leading to enhanced efficiency, and reduced energy consumption. By analysing real-time …

Having access to accurate and recent digital twins of infrastructure assets benefits the
renovation, maintenance, condition monitoring, and construction planning of infrastructural …

Measurement process in railways is an expensive and difficult task which involves several
steps. In some cases, costs can be reduced by using conventional devices such as …

As the railway overhead contact system (OCS) is the key component along the high-speed
railway, it is crucial to detect the quality of the OCS. Compared with conventional manual …

The position of overhead contact wire (POCW) is a critical technical parameter for electrified
rail transportation systems, and should be measured using contactless approaches …

In order to achieve rapid extraction and modeling of power lines in substations, this paper
proposes a method of power line extraction and modeling based on three-dimensional (3D) …

Overhead catenary system (OCS) automatic detection is of important significance for the
safe operation and maintenance of electrified railways. The vehicle-borne mobile mapping …

Industrial assets have become increasingly complex to support the requirements of quality,
productivity, and cost-effectiveness. The industrial needs and requirements to effectively and …

A catenary geometry parameter detection system based on multi-sensors such as linear
structured light binocular vision, inclinometers, and displacement meters installed on a …

The pantograph-catenary system is essential for electrified railways, with correct installation
of contact wires being essential to prevent premature wear. This paper focuses on …