White noise generators can use uniform random sequences as a basis. However, such technology may lead to deficient results if the original have insufficient uniformity or omissions of variables. This article offers new approach for creating phase signal generator with an improved matrix autocorrelation coefficients. As result, generated signals white process absolutely intensities at eigen Four...

Introducing spatial arrival processes is of great help for modeling mobile communication, since users can be characterized more adequately by properties deriving from their positions. BAUM [1] creates a stochastic model for Spatial BMAPs. It generalizes the concept of LUCANTONI [2]. The paths of a BMAP are determined by the evolution of the phase process and the distribution of batch sizes, giv...

We present a simple and automatic method for determining the uncertainty in the retrieved intensity and phase versus time (and frequency) due to noise in a frequency-resolved optical-gating trace, independent of noise source. It uses the ‘‘bootstrap’’ statistical method and also yields an automated method for phase blanking (omitting the phase when the intensity is too low to determine it). © 2...

This paper presents a new rotor flux estimation method for sensorless vector controlled squirrel-cage induction generators used in wind power applications. The proposed method is based on a phase-locked loop (PLL) and the orthogonality between the rotor flux space vector and its back electromotive force (EMF) space vector. Rotor flux is estimated using stator voltage equations without integrati...

A compact all-fiber plasmonic Airy-like beam generator is demonstrated. A single slit and a 1D groove array were fabricated by focused ion beam milling on the gold deposited end facet of a single-mode optical fiber. The single slit excites the surface plasmonic polaritons (SPPs), which are decoupled into free space by the groove array. The phase of decoupling SPPs is adjusted by the grooves pos...

The objective of this study is to create a nonlinear control system designed for Vienna converter-connected five-phase aerogenerator. strategy will be based on the space vector pulse width modulation (SVPWM) technique, which more suitable controlling rectifier switches. Due higher complexity permanent magnet synchronous generator (PMSG) machine than conventional three-phase generator, it poses ...

We argue that tangent vectors to classical phase space give rise to quantum states of the corresponding quantum mechanics. This is established for the case of complex, finite–dimensional, compact, classical phase spaces C, by explicitly constructing Hilbert–space vector bundles over C. We find that these vector bundles split as the direct sum of two holomorphic vector bundles: the holomorphic t...

This paper presents a switch-level test generation system for synchronous sequential circuits in which a new algorithm for switch-level test generation and an existing fault simulator are integrated. For test generation, a switch-level circuit is modeled as a logic network that correctly models all aspects of switch-level behavior. The time-frame based algorithm uses asynchronous processing wit...

We explicitly construct the adjoint operator of coboundary operator and obtain the Hodge decomposition theorem and the Poincaré duality for the Lie algebra cohomology of the infinite-dimensional gauge transformation group. We show that the adjoint of the coboundary operator can be identified with the BRST adjoint generator Q for the Lie algebra cohomology induced by BRST generator Q. We also po...