statistical frequency analysis is the most common procedure for the analysis of flood data at a gauged location thatin first step it is needed to select a model to represent the population. among them, the central moment has been themost common and widely used, and with the using of computers, the application of the maximum likelihood hasincreased. this research was carried out in order to reco...

A lifting based 2D DWT with efficient folded architecture and parallel scanning is being proposed. The architecture results in lesser hardware complexity and memory requirement due to multiplexing of 2 stages of lifting architecture. The 2D DWT architecture is realized by cascading two 2D processing elements. The coefficients for the lifting stage were chosen according with 9/7 filter. The 1D p...

We present a type-preserving translation of the polymorphic lambda calculus (System F) into an extension of the C programming language supporting parameterized classes and polymorphic methods. We observe that whilst parameterized classes alone are sufficient to encode the parameterized datatypes and letpolymorphism of languages such as ML and Haskell, it is the presence of polymorphic virtual m...

One key issue for any computational model of visual-word recognition is the choice of an input coding scheme for assigning letter position. Recent research has shown that pseudowords created by transposing two letters are very effective at activating the lexical representation of their base words (e.g., relovution activates REVOLUTION). We report a masked priming lexical decision experiment in ...

3D transpose is an important operation in many large scale scientific applications such as seismic and medical imaging. This paper proposes a novel algorithm for fast in-place 3D transpose operation. The algorithm exploits SIMD multicore architecture with software managed memory hierarchy. Such architectural features are present in the next generation processors, such as the Cell BE processor. ...

We construct a 2D holographic ionic lattice with hyperscaling-violating infrared geometry and study single-electron spectral functions (“ARPES photoemission curves”) on this background. The spectra typically show three-peak structure, where the central peak undergoes crossover from sharp but not Fermi-liquid-like quasiparticle to wide incoherent maximum, broad side peaks resemble Hubbard bands....