As multithreading and object-oriented paradigms become prevalent programming models for large and complex softwares, fault-tolerance in such programming environments also becomes essential. Traditional checkpointing mechanisms limit the flexibility and sophistication of higher level fault-tolerance schemes for such a platform. Comparatively, selective checkpoints, those involving only communica...

Clay-rich fault rocks have long been recognized to host distinctive fabric elements, and fault rock fabric is increasingly thought to play a fundamental role in fault mechanical behaviour in the brittle regime. Although the geometries of fabric elements in fault gouges have been described for almost a century, the genesis and evolution of these elements during shear, and their links to bulk mec...

The Main Ethiopian Rift is accompanied by extensive volcanism and the formation of geothermal systems, both having a direct impact on lives millions inhabitants. Although previous studies in region found evidence that asthenospheric upwelling associated decompression melting provide melt to magmatic systems feed tectono-magmatic segments rift valley, there lack geophysical models imaging these ...

Tangkuban Parahu is located in the north of Bandung, capital province West Java. Several hydrothermal manifestations, such as hot and warm springs with a temperature 29°C-80°C, indicate that has potential geothermal prospect. In case, understanding surface subsurface geological structures prospect area needed first step exploration. This study identifies based on remote sensing gravity datasets...

Fault-tolerance has become an essential concern for processor designers due to increasing transient and permanent fault rates. Executing instruction streams redundantly in chip multi processors (CMP) provides high reliability since it can detect both transient and permanent faults and silent data corruptions. However, comparing the results of the instruction streams, checkpointing the entire sy...

The delineation of faults that pose seismic risk in intraplate zones and the mapping features associated with failed rift basins can help our understanding links between two. We use new high-resolution aeromagnetic data, previous borehole sample information, reprocessed reflection profiles to image subsurface structures evaluate recent fault activity within Charleston zone, Mesozoic South Georg...

A novel approach to the automatic detection of fault surface images in 3D seismic datasets is presented. Based on the premise that seismic faulting introduces discontinuities into the rock layering (that is, the horizons), a coherency measure is used to detect points of significant horizon discontinuity. A highest confidence first (HCF) merging strategy is then combined with a flexible surface ...