Earthquake loss estimates in near real-time

Updating Real-Time Earthquake Loss Estimates: Methods, Problems and Insights

Near-real-time Loss Estimation for Instrumented Buildings

A technique is developed to model instrumented buildings with a second-generation performance-based earthquake engineering approach, producing a damage and loss estimate shortly after the cessation of strong motion. It estimates the likely locations of damage (including concealed structural damage), potentially saving the owner time and money by focusing post-earthquake safety and repair inspec...

Real-Time & Near Real-Time IGS Products

André Hauschild ([email protected]) Title: Real-Time Clock Estimation for Precise Orbit Determination of LEO-Satellites Abstract: This paper/presentation discusses the real-time estimation of clock offsets for the GPS constellation. A realtime system for clock estimation is currently developed by DLR/GSOC to support up-coming missions which require precise orbit determination in near-real-...

Near Real Time ETL

Near real time ETL deviates from the traditional conception of data warehouse refreshment, which is performed off-line in a batch mode, and adopts the strategy of propagating changes that take place in the sources towards the data warehouse to the extent that both the sources and the warehouse can sustain the incurred workload. In this article, we review the state of the art for both convention...

Real-time Earthquake Location Using Kirchhoff Reconstruction

Real-time location of earthquakes can be achieved by using direct imaging of the recorded wave field based on a Kirchhoff reconstruction method similar to that used in the migration of seismic reflection data. The standard method of event location requires the wave arrival at each sensor to be picked and associated with an event. By using direct imaging, the event is identified once in the imag...