A rapid assessment of the seismic damage to buildings can facilitate improved emergency
response and timely relief in earthquake-prone areas. In this study, an automated building …

The accurate and timely identification of the degree of building damage is critical for disaster
emergency response and loss assessment. Although many methods have been proposed …

Effective extraction of disaster information of buildings from remote sensing images is of
great importance to supporting disaster relief and casualty reduction. In high-resolution …

The collapse of buildings caused by earthquakes can lead to a large loss of life and
property. Rapid assessment of building damage with remote sensing image data can …

Every year, earthquakes result in severe economic losses and a significant number of
casualties worldwide. In limiting the losses that occur after these extreme events, timely and …

Remotely sensed data can provide the basis for timely and efficient building damage maps
that are of fundamental importance to support the response activities following disaster …

Structural health monitoring (SHM) has become a notable method to ensure structural
safety, yet the ability of existing damage detection techniques need improvements on …

Rapid and accurate assessment of the damage to bridge structures after an earthquake can
provide a basis for decision‐making regarding post‐earthquake emergency work. However …

Crack information provides important evidence of structural degradation and safety in civil
structures. Existing inspection methods are inefficient and difficult to rapidly deploy. A real …

Precise and rapid assessment of seismic damage to buildings is critical for urban regions.
To address this challenge, this study proposes QuakeCityNet (QCNet-MN)-a model with …