An Open Access Journal
Study | Objective | Type of data | Methodology |
---|---|---|---|
Li and He [60] | Prediction of the remaining useful life of train wheels and trucks | Data from three types of detectors (wheel impact load detector, machine vision systems, and optical geometry detectors) | Random forest |
Niu et al. [61] | Anomaly detection of rail surface | Rail surface images | Adaptive pyramid graph and variation residuals |
Shim et al. [62] | Anomaly detection of wheel flats | Wheel flat signals | Signal processing and deep learning |
Li et al. [63] | Early fault detection of trucks and train wheels | Data from multiple types of detectors | Support vector machine |
Sun et al. [64] | Fault diagnosis in railway track circuits | Short-circuit current signals | Multi-class support vector machine |
Wan et al. [66] | Anomaly detection of train wheels | Vibration signal collected with a pair of fiber Bragg grating sensors | Unsupervised learning algorithms |
This paper | Asset status evaluation | Automatic train supervision (ATS) logs, assets parameters, and maintenance data | One-class support vector machine |