Earthquake early warning (EEW) is a relatively new strategy for reducing disaster risk and
increasing resilience to seismic hazard in urban settings. EEW systems provide real-time …

Every year, natural hazards affect millions of people around the world, causing significant
economic and life losses. The rapid progress of technology and advances in understanding …

Potentially applied in low-noise applications such as structural health monitoring (SHM), a 1-
axis piezoelectric MEMS accelerometer based on aerosol deposition is designed …

PRESTo (PRobabilistic and Evolutionary early warning SysTem) is a software platform for
regional earthquake early warning that integrates recently developed algorithms for real …

Peak ground acceleration (PGA) is a key parameter used in earthquake early warning
systems to measure the ground motion strength and initiate emergency protocols at major …

Physical laws governing friction on shallow faults in the Earth and spatial heterogeneity of
parameters are critical to our understanding of earthquake physics and the assessment of …

Magnitude estimation is a vital task within earthquake early warning (EEW) systems
(EEWSs). To improve the magnitude determination accuracy after P-wave arrival, we …

To rapidly and accurately provide alerts at target sites near the epicentre, we develop an on-
site alert-level earthquake early warning (EEW) strategy involving P-wave signals and …

Recent studies suggest that small and large earthquakes nucleate similarly, and that they
often have indistinguishable seismic waveform onsets. The characterization of earthquakes …

Accurately estimating the magnitude within the initial seconds after the P‐wave arrival is of
great significance in earthquake early warning (EEW). Over the past few decades, single …