Thermal Imaging has been an area of potential military interest in the last three decades and has been shrouded by veil of secrecy. Recently there has been resurgence of the interest in thermal imaging due to its use in non military applications such as biomedical engineering; conservation of natural resources, astronomy etc., and list of such applications is growing day by day. In this paper w...

Two-dimensional and three-dimensional seismic surveys were conducted across the Oquirrh fault, Utah with the purpose of imaging the fault structure to a depth of about 15 m. Results show that the 3-D tomogram clearly delineates the fault zone and a colluvial wedge, both of which correlate extremely well with the geologic cross-section interpreted from an adjacent trench. The thickness of the co...

Two-dimensional and three-dimensional seismic surveys were conducted across the Oquirrh fault, Utah with the purpose of imaging the fault structure to a depth of about 15 m. Results show that the 3-D tomogram clearly delineates the fault zone and a colluvial wedge, both of which correlate extremely well with the geologic cross-section interpreted from an adjacent trench. The thickness of the co...

Many fault injection tools are available for dependability assessment. Although these tools are good at injecting a single fault model into a single system, they suffer from two main limitations for use in distributed systems: (1) no single tool is sufficient for injecting all necessary fault models; (2) it is difficult to port these tools to new systems. NFTAPE, a tool for composing automated ...

Computer-aided fault imaging and interpretation is a fundamental tool for subsurface structure characterization and modeling, and the existing methods are primarily based on seismic discontinuity analysis (e.g., coherence and semblance) that evaluates the lateral variation of waveform and/or amplitude. However, such attributes have a limited resolution on subtle faults without apparent displace...

PS seismic data from the Snøhvit field are compared with modelling to understand effect of azimuthal separation and incidence angle on imaging faults associated horizon discontinuities. In addition, frequency content waves backscattered is analysed. The study area consists a horst structure delimited by northern fault dipping NW oblique E-W survey orientation, southern SSW subparallel survey. D...