International audienceCritical point machine failure in railway-signal systems can lead to fatal accidents. Hence, early identification of anomalies is vital in guaranteeing reliable and safe transportation. However, most of the existing early fault diagnosis methods can only estimate the degradation trend under a specific fault mode. How to analyze the diversified degradation conditions under multiple fault modes is still a key problem. Considering the diversity of fault modes, this study proposes an early fault diagnosis 2 method based on self-organizing feature map network and support vector machine, focusing on the use of non-fault data to simultaneously mine and accurately identify degradation states under different fault modes, to pro...
Failure of railway signal equipment can cause an impact on its normal operation, and it is necessary...
Axle box bearings are the most critical mechanical components of railway vehicles. Condition monitor...
In recent years, railway transport has been preferred intensively in local and intercity freight and...
International audienceCritical point machine failure in railway-signal systems can lead to fatal acc...
Failures of railway point systems (RPSs) often lead to service delays or hazardous situations. A con...
International audienceThis paper presents a condition monitoring approach for point machine prognost...
Railway turnout systems are one of the most critical pieces of equipment in railway infrastructure. ...
Turnout systems on railways are crucial for safety protection and improvements in efficiency. The st...
Railway point devices act as actuators that provide different routes to trains by driving switchblad...
Failure diagnostics is an important part of condition monitoring aiming to identify incipient failur...
In order to accurately perform fault diagnosis of key rotating machines of rail vehicles, a new meth...
International audienceIn this paper, a novel approach to early detection of railway point machines f...
An automatic train protection (ATP) system is the core to ensure operation safety of high-speed rail...
Point machines are the key actuator used in railways to provide a means of moving a switch blade fro...
Failure of railway signal equipment can cause an impact on its normal operation, and it is necessary...
Axle box bearings are the most critical mechanical components of railway vehicles. Condition monitor...
In recent years, railway transport has been preferred intensively in local and intercity freight and...
International audienceCritical point machine failure in railway-signal systems can lead to fatal acc...
Failures of railway point systems (RPSs) often lead to service delays or hazardous situations. A con...
International audienceThis paper presents a condition monitoring approach for point machine prognost...
Railway turnout systems are one of the most critical pieces of equipment in railway infrastructure. ...
Turnout systems on railways are crucial for safety protection and improvements in efficiency. The st...
Railway point devices act as actuators that provide different routes to trains by driving switchblad...
Failure diagnostics is an important part of condition monitoring aiming to identify incipient failur...
In order to accurately perform fault diagnosis of key rotating machines of rail vehicles, a new meth...
International audienceIn this paper, a novel approach to early detection of railway point machines f...
An automatic train protection (ATP) system is the core to ensure operation safety of high-speed rail...
Point machines are the key actuator used in railways to provide a means of moving a switch blade fro...
Failure of railway signal equipment can cause an impact on its normal operation, and it is necessary...
Axle box bearings are the most critical mechanical components of railway vehicles. Condition monitor...
In recent years, railway transport has been preferred intensively in local and intercity freight and...