In recent years it has been recognized that the level of shear and normal stress along a fault can vary; thus the stress is spatially and temporally inhomogeneous. Moreover, it has also been suspected that faults might interact in some way, with the result that a variety of earthquake magnitudes might be produced along a given length of fault at varying times. In order to explore these ideas we...

The constant increase of geodetic instrumentation over the past decades enables us to not only detect ever smaller tectonic signals but also monitor their evolution in time and space. We present spatial temporal slip variations observed on a fault affected by large, intermediate-field earthquake: 2015 Mw7.2 Sarez, Central Pamir, earthquake ruptured sinistral, NE-trending Sarez-Karakul system. 1...

A devasting Mw7.2 earthquake struck southern Haiti on 14 August 2021, leading to over 2000 casualties and severe structural failures. This earthquake, which ruptured ~70 km west of the 2010 Mw7.0 event, offers a rare opportunity probe mechanical properties Haiti. study investigates kinematic multi-fault coseismic rupture process by jointly analyzing teleseismic interferometric synthetic apertur...

Despite the increasing number of applications that benefit from multicasting, most reliable multicast protocols consider omission faults only. This research is concerned with survivability of multicast communication where the communication medium is shared among the hosts. The approach presented specifies that a network with N nodes is resistant against network omissions and malicious nodes if ...

This paper presents efficient methods for online fault detection and diagnosis of Network-on-Chip (NoC) switches. The fault model considered in this research is a system level fault model based on the generic properties of NoC switch functionality. The proposed method is evaluated by fault simulation in a platform using this system level fault model. The experimental results show that with a re...

The Xiadian active fault is one of the most important seismological faults in vicinity Beijing-Tianjin-Hebei region. This paper mainly focuses on geochemical characteristics to unveil and evaluate its activity. Via application soil gaseous radon measurement, a detailed field study at Qixinzhuang segment proposed. Based all impulse value we acquired 3 profiles area. We plotted trend chart profil...

Fault detection and isolation are important tasks to improve the protection system of low voltage direct current (LVDC) networks. Nowadays, there challenges related strategies in LVDC systems. In this paper, two proposed methods for fault faulty segment through line bus measurement were discussed. The impacts grid characteristics protective devices under pre-fault normal, under-fault, post-faul...

[1] One of the biggest assumptions, and a source of some of the biggest uncertainties in earthquake hazard estimation is the role of fault segmentation in controlling large earthquake ruptures. Here we apply a new model which produces sequences of elastodynamic earthquake events on complex segmented fault systems, and use these simulations to quantify the variation of large events. We find a nu...

as technology scales deep into the nanometer regime, on-chip communication becomes more susceptible to transient noise sources, such as crosstalk, external radiation, and spurious voltage spikes. the network on chip s modularity and reusability has brought about the use of error control methods to address transient errors in network on chip links.in this work, we design a fault tolerance router...

[1] Both Global Positioning System (GPS) measurements and studies of Late Quaternary faulting are consistent with a slip rate of 10 mm/yr along the central segment of the Altyn Tagh Fault and a systematic decrease in that rate toward the eastern end of the fault. Dates of terraces above and below laterally offset terrace risers yield bounds on Quaternary slip rates that range from those that ag...