Posted by Tomas Snyder Breakthroughs in distributed optical fiber sensing have enabled continuous recording of seismic data (strain/strain rate) and temperature, resulting in unparalleled spatial resolution and coverage at a more affordable cost in remote areas....
Posted by Nicholas Dorogy Reconstructing acousto-elastic signals using Laser Doppler Vibrometry (LDV) measurements capitalizes on the precise, non-invasive nature of laser remote sensing to study sensitive or isolated targets. An LDV operates by continuously emitting...
Posted by Ahmed Ahmed I am working to get higher resolution of CO2 monitoring. A hybrid approach combined EFWI and physics-based information with a convolutional neural network capable of predicting temporal changes in compressional velocity and saturation of CO2 for...
Posted by Hafiz Issah New technologies, such as low-cost nodes and distributed acoustic sensing (DAS), are making it easier to continuously collect broadband, high-density seismic monitoring data. To reduce the time to move data from the field to computing centers,...
Posted by Werter Silva Seismic imaging is a valuable technique for understanding subsurface geological structures. It has been shown that this process can be formulated as an inverse problem, where the recorded seismic data are linearly related to model perturbations...
Posted by Ashish Kumar Elastic full-waveform inversion (FWI) is one of the important techniques in exploration geophysics to produce high-resolution images of the subsurface. Due to advancement in computational resources and acquisition of wide-azimuth data in the...
