Noise is a fundamental problem that degrades the performance of every communications device. Noise starts at a very basic level - in the circuits within communications devices and systems. This book is a comprehensive treatment of how noise affects circuit performance. It covers practical methods for...
non‐linear circuitsnon‐linear two‐ports1/f‐noiseamplitude noisephase noiseSummary This chapter contains sections titled: Introduction Problems with the noise characterization of non-linear two-ports 1/f-noise Amplitude and phase noise Normalized single sideband noise power density Amplitude and phase...
Our theoretical evaluations can be used in order to make detailed comparisons with the experimental measurements of phase noise spectra in selected oscillating circuits.Tannous, CC. Tannous
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xx xx xxxx A nonlinear updating algorithm captures suboptimal inference in the presence of signal-dependent noise Seth W. Egger 1,2 & Mehrdad Jazayeri 1,2 Bayesian models have advanced the idea that humans combine prior beliefs and sensory observations to optimize behavior. ...
Keywords Spline adaptive filter Nonlinear adaptive filter Impulsive noise Pre-filtering 1. Introduction Due to the characteristics of simple design and easy analysis, linear adaptive filter is widely used in many practical projects, especially in industrial practical problems such as echo cancellation, cha...
in Eq. (8). As a result, the quantum noise effects are mitigated and we approximately obtain the ideal expectation values. Then, we discuss the numbers of elementary quantum circuits which compose the quantum-noise-effect circuit groups and show that they scale polynomial (linear) with respect...
The theory of the paper will be of use to analysing and control of dynamical systems embedded in the coloured noise environment. Keywords: the Markov process; prediction algorithm; stochastic equation; the Ornstein–Uhlenbeck process 1. Introduction The stochastic differential equation (SDE) formalism ...
In Figure 6d, the linear current dependence of the shot noise amplitude is shown. The electronic noise generated by slow random dynamics is usually known as 1/𝑓 or flicker noise (Figure 6e). This is characterized by a frequency spectrum which is inversely proportional to the frequency of ...
Associative memories in min and max algebra are of great interest for pattern recognition. One property of these is that they are one-shot, that is, in an attempt they converge to the solution without having to iterate. These memories have proven to be v