A fast fault simulation approach based on ordinary logic emulation is proposed. The circuit configured into our system that emulates the faulty circuit’s behavior is synthesized from the good circuit and the given fault list in a novel way. Fault injection is made easy by shifting the content of a fault injection scan chain or by selecting the output of a parallel fault injection selector, with...

We investigate four-body nuclear reactions in stellar environments contributing to the creation of light nuclei, exemplified by $^{9}\mathrm{Be}$ and $^{12}\mathrm{C}$. The originally assumed process is radiative capture, where clusters combine into excited final nucleus photon emission populates stable ground states. Instead, we consider recombination a spectator particle replaces photon. firs...

The quantum properties of measurements are indispensable resources in information processing and have drawn extensive research interest. conventional approach to reveal the relies on reconstruction entire measurement operators by detector tomography. However, many specific can be determined a part matrix entries operators, which provides us possibility simplify process property characterization...

this paper extends the sequential learning algorithm strategy of two different types of adaptive radial basis function-based (rbf) neural networks, i.e. growing and pruning radial basis function (gap-rbf) and minimal resource allocation network (mran) to cater for on-line identification of non-linear systems. the original sequential learning algorithm is based on the repetitive utilization of s...

An approach for interpreted sequential veriication at diier-ent levels of abstraction by symbolic simulation is proposed. The equivalence checker has been used in previous work to compare two designs at rt-level. We describe in this paper the automatic veriication of gate-level results of a commercial synthesis tool against a behavioral speciication at rt-level. The symbolic simulator has to co...

The problem of detecting differential gene expression with microarray data has led to further innovative approaches to controlling false positives in multiple testing. False discovery rate (FDR) has been widely used as a measure of error in this multiple testing context. Direct estimation of FDR was recently proposed by Storey (2002, Journal of the Royal Statistical Society, Series B 64, 479-49...