Article history: Received 26 May 2015 Received in revised form 16 June 2015 Accepted 29 June 2015 Available online xxxx

In this paper we present a speed up of the existing fault attack [2] on the Advanced Encryption Standard (AES) using single faulty cipher. The paper suggests a parallelization technique to reduce the complexity of the attack from 2 to 2.

The reliability analysis of critical systems can be performed using fault tree analysis. One of the common approaches used for fault tree analysis is Monte Carlo simulation. The purpose of this paper is therefore to show an algorithm to speed up Monte Carlo simulation for analyzing fault tree with parallel computing in GPU. To this end, we use time-to-failure tree to model fault tree with Compu...

The parallel processing power is now within our reach through the affordable cluster computing models. Fault tolerance along with the throughput improvement is the prime research challenge of cluster computing. A new task rearrangement of cluster nodes has been implemented to increase the degree of fault tolerance with the existing cluster computing model built on the top of MPI. The proposed m...

In this paper, we propose a new method for fault tolerant computation over GF (2) for use in public key cryptosystems. In particular, we are concerned with the active side channel attacks, i.e., fault attacks. We define a larger ring in which new computation is performed with encoded elements while arithmetic structure is preserved. Computation is decomposed into parallel, mutually independent,...

In this paper, we describe distributed algorithms for combinational fault simulation assuming the classical stuck-at fault model. Our algorithms have been implemented on a network of Sun workstations under the Parallel Virtual Machine (PVM) environment. Two techniques are used for subdividing work among processors test set partition and fault set partition. The sequential algorithm for fault si...

This paper presents the results from running five experiments with the Chime Parallel Processing System. The Chime System is an implementation of the CC++ programming language (parallel part) on a network of computers. Chime offers ease of programming, shared memory, fault tolerance, load balancing and the ability to nest parallel computations. The system has performance comparable with most pa...

In this paper a parallel Hybrid Electric Vehicle (HEV) is simulated based on the faulty condition. A dynamic output feedback robust Fault detection technique is used to evaluate the faulty condition when the missoperation cause that the output torque of parallel HEV, has been disturbed. This paper presents the fault detection method based on the mixed H2/H∞ approach, if the measuring signals ar...

[1] Using dynamic rupture models, we examine the response of compliant fault zones that surround pre‐existing faults to nearby earthquakes. We find that some portions of a compliant fault zone can experience inelastic deformation due to dynamic stress perturbations, while the remaining portions deform elastically. Inelastic response of the fault zone results in sympathetic fault‐parallel motion...