Magnetic anomaly detection (MAD) is one of the most effective methods for engineering and
environmental geophysical exploration, and plays an important role in scientific research …

In order to improve the detection performance of magnetic anomaly signal with low signal-to-
noise ratio (SNR), we develop an effective method using one-dimensional convolutional …

Magnetic anomaly detection is becoming increasingly prevalent for detecting and locating
the buried pipelines. The detection performance is often hindered by adjacent pipeline, near …

Orthonormal basis function (OBF) decomposition method and minimum entropy (ME)
detector are two typical methods of magnetic anomaly detection. The OBF detector works …

The magnetic anomaly detection (MAD) method is used for detection of visually obscured
ferromagnetic objects. The method exploits the magnetic field originating from the …

To minimize the excavation damage of underground pipelines, in this article, we propose to
provide real-time feedback to operators by monitoring the distance information from the …

In this work, the authors improve the magnetic anomaly detector by using Karhunen–Loeve
expansion, for expanding the detection distance of visually obscured ferromagnetic object …

Accurate prediction of the spatial location of underground pipelines is crucial to ensure the
safe operation of pipelines. However, the traditional ground penetrating radar (GPR) relies …

Accurate location of subsea pipelines is a prerequisite for real-time tracking and detailed
inspections by underwater robots. The magnetic anomalies generated by ferromagnetic …

Buried pipelines are “lifelines” for cities; therefore, it is vital to understand their location and
depth before municipal construction to prevent them from being damaged. Magnetic …