Herbert Döller's scientific contributions

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Publication (1)

Figure 1. Flow chart of the algorithm. The top box describes the steps...
Figure 2. Left: Raw subsampled signal for visualization. Right: Result...
Figure 3. Leading and trailing edge of the object in blue and orange,...
Summarized parameters of measurement, optical fiber, and laser pulses...
Real-Time Train Tracking from Distributed Acoustic Sensing Data
Article
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  • Jan 2020
In the context of railway safety, it is crucial to know the positions of all trains moving along the infrastructure. In this contribution, we present an algorithm that extracts the positions of moving trains for a given point in time from Distributed Acoustic Sensing (DAS) signals. These signals are obtained by injecting light pulses into an optica...
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Citations

... DAS has the capabilities to be a useful measurement device for any applications that require many distributed sensing elements across long distances. For example, real-time tracking of train and wagon locations on a railway only requiring a fibre to be non-intrusively added along the train track [137]. DAS has also started to be used for power cable monitoring for detection of failures or damages produced by mechanical impacts [138] across their lengths. ...
Reference: Partial discharge detection using distributed acoustic sensing
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