Earthquakes and the faults upon which they occur interact over a wide range of spatial and
temporal scales. In addition, many aspects of regional seismicity appear to be stochastic …

There is striking evidence that the dynamics of the Earth crust is controlled by a wide variety
of mutually dependent mechanisms acting at different spatial and temporal scales. The …

Neural networks are investigated for predicting the magnitude of the largest seismic event in
the following month based on the analysis of eight mathematically computed parameters …

The earthquake cycle of stress accumulation and release is associated with the elastic
rebound hypothesis proposed by HF Reid following the M7. 9 San Francisco earthquake of …

Motivated by a recent resurgence in earthquake predictability research, we present a
method for testing alarm-based earthquake predictions. The testing method is based on the …

An in-depth scene understanding usually requires recognizing all the objects and their
relations in an image, encoded as a scene graph. Most existing approaches for scene graph …

Earthquake fault systems interact over a broad spectrum of spatial and temporal scales and,
in recent years, studies of the regional seismicity in a variety of regions have produced a …

Abstract Seismic bursts in Southern California are sequences of small earthquakes strongly
clustered in space and time and include seismic swarms and aftershock sequences. A …

There are several long-term statistical researches using the Molchan diagram (MD) to prove
the relation between thermal infrared (TIR) anomalies and earthquakes in different regions …

There have been a wide variety of approaches applied to forecasting earthquakes (Turcotte
1991; Kanamori 2003). These approaches can be divided into two general classes. The first …