One-end fault location techniques for seriescompensated parallel lines are investigated. First, the basic fault location algorithm is presented briefly. Then, the new concept overcoming the drawbacks of the basic algorithm is delivered. The ATP-EMTP program for equivalencing of Series Capacitors (SCs) equipped with Metal Oxide Varistors (MOVs) is presented. Reliable fault data for evaluation of...

the khushab anticline is located in the zagros fold-thrust belt in the lurestan. this anticline is affected by the balarud fault zone, which is a part of mountain front fault between the lurestan and dezful embayment zones. based on the measurement of the elements of fold style, this anticline is analyzed. according to these measurements, this anticline is a noncylindrical, asymmetrical and dis...

S U M M A R Y We examine the characteristics of seismic radiation produced by localized fault-opening and shear motions in a homogeneous solid, along with the effects of having dissimilar solids across the fault on the seismic radiation. The study employs calculations of synthetic seismograms generated at various receiver locations by shear and tensile dislocation sources. The results indicate ...

Modern processors provide multiple cores for parallel computing. This paper describes how parallel processing on multiple cores can provide efficient fault tolerance. In general, multi-core processors provide structural redundancy which can be exploited for efficient replication. Furthermore, hardware features can improve performance of redundant execution by exchanging information between repl...

Fault Tolerance must be provided to increase system reliability. Combining efficiency with fault tolerance is a difficult task. Fault Tolerance requires the use of redundancy while efficiency requires the elimination of redundancy. Several fault tolerance techniques have been proposed in the literature to manage the redundancy existing in the system in order to provide fault tolerance. These te...

As parallel processing hardware becomes more common and affordable, multiprocessors are being increasingly used to accelerate VLSI CAD algorithms. The problem of partitioning faults in a parallel test generation/ fault simulation (TG/FS) environment has received very little attention in the past. In a parallel TG/FS environment, the fault partitioning method used can have a significant impact o...

Abstrust The maximum dimensional subcube located in faulty hypercubes is studied in this paper. Most parallel algorithms can be formulated with the dimension n of the hypercube being a parameter of the algorithm. The reconfiguration problem in a hypercube reduces to finding the maximum dimensional fault-free subcube in the hypercube, that is, helps in achieving graceful and the most effective d...