Gaussian In A Sentence
Learn how to use Gaussian in a sentence and make better sentences with `Gaussian` by reading Gaussian sentence examples.
- This algorithm carries out the Gaussian elimination directly to GC(A) without finding the canonical form of A.
- The set of hypergeometric-Gaussian modes is overcomplete and is not an orthogonal set of modes.
- The phenomenon of scattering-induced spectral switches of polychromatic Gaussian beams in the far zone belongs to the effect in singular optics.
- Super Gaussian sliding - frequency filters can be implemented with holographic fiber gratings.
- For example, the Wiener filter is suitable for additive Gaussian noise.
- He has also contributed to the development of the Gaussian computational chemistry codes.
- When the signal is interfered with white Gaussian noise, the external information of the observed can be expressed by the plenitude statistic, and output signal can also be checked.
- In the second subcase, however, it is either impossible to absorb all of the torsion, or there is some ambiguity ( as is often the case in Gaussian elimination, for example ).
- Two edge detection operators of second derivative model, the discrete Laplacian of Gaussian (DLOG) and Laplacian of binomial distribution (LOB) operators are introduced in this paper.
- This approach approximates a typical chromatogram curve as a Gaussian distribution curve.
- Based on the Gaussian signal detection principle under Gaussian noise, the correlation detection is analyzed in theory.
- This evolution is often called " statistical intermittency " and betrays a departure from Gaussian models.
- The resulting linear circuit matrix can be solved with Gaussian elimination.
- The Gaussian elimination for matrix inversion is probably the oldest solution but this approach does not efficiently use the symmetry of " R " and " r ".
- By Monte Carlo simulations, the effect of the dispersion of the quasi Gaussian size distribution on dynamic behavior of the system is investigated in the same inelasticity case.
- Mixture Gaussian model is one of background subtraction methods.
- Copy now the mask layer, applying to it Filter - Blur - Gaussian Blur.
- A new method which improves the hybrid Gaussian model is presented, which allows the system to learn faster and more accurately and adapt effectively to the changing environments.
- Transmissivity has a Gaussian variation is also a Gaussian function.
- This paper describes the design and the test results of Gaussian frequency shift keying for bluetooth.
- It follows from Theorema Egregium that under this bending the Gaussian curvature at any two corresponding points of the catenoid and helicoid is always the same.
- The order of increasing complexity is: single Gaussian, skew Gaussian, Cauchy function, double Gaussian, multiple Gaussian.
- It can be used not only to simulate real time radar clutter achieved by experiments, but also to generate non Gaussian random data sequence based on given power spectral characteristic model.
- The normal-inverse Gaussian distribution can also be seen as the marginal distribution of the normal-inverse Gaussian process which provides an alternative way of explicitly constructing it.
- In the paper, it is attempted to choose suitable slices of phase for beam shaping by use of binary optics, for example, the uniformization of Gaussian beam is calculated numerically.
- A model of flattened Gaussian is used to simulate the flat-topped beam, and the beam order N is defined as the flattened degree.
- An associate of a Gaussian prime is also a Gaussian prime.
- It concerns the statistics of a system of N particles, such that the number of possible states for the systems grow as 2 ^ N, while the energy of such states is a Gaussian stochastic variable.
- And along with this, an experiential knowledge representation based on Gaussian model was put forward.
- An image super-resolution algorithm based on wavelet-domain local Gaussian model is proposed.
- Even for a well conditioned full rank matrix, Gaussian elimination does not behave correctly : it introduces rounding errors that are too large for getting a significant result.
- Potential of a Gaussian charge density.
- This follows from a change of variables in the Gaussian integral:.
- After investigating the propagation property of Gaussian beam, the appropriate parameters of lens coupling system is selected.
- The grey lines are the model of the Gaussian curve.
- Gaussian quadrature is normally a good choice for smooth, non-singular problems.
- Based upon the quasi-optical technique consideration, the dependence of the performance of a polarizing interferometer on the Gaussian beam parameters is analysed.
- A Gaussian blur is the result of blurring an image by a Gaussian function.
- A non - Gaussian beam excitation scheme was introduced to a mode mismatched pulsed thermal lens technique.
- As an example of applications, numerical calculation is performed to calculate the losses of Bessel-Gaussian beams propagating through a circular aperture.
- Fractional Brownian motion is the only self-similar Gaussian process.
- For example, a Global System for Mobile communication (GSM) system can implement various modulation schemes, including a Gaussian minimum shift keying (GMSK) modulation scheme for voice data.
- More short the distance between the near Gaussian apices, more even the intensity distribution of the higher-order mode.
- Thermal noise in an ideal resistor is approximately Gaussian amplitude distribution.
- To satisfy these requirements Canny used the calculus of variations -a technique which finds the Gaussian.
- This method combines the homomorphic filtering and B spline smoothing. Firstly, a coarse bias estimation is got by Gaussian homomorphic filtering on the corrupted image.
- A new ultra wideband(UWB), low-complexity and step recovery diode Gaussian pulse generator is introduced.
- Gaussian beam propagation is a simple paraxial physical optics model for the propagation of coherent radiation such as laser beams.
- Gaussian beam (GB) method is a high-frequency asymptotic method of computing wave-fields in inhomogenous media.
- Formally, Gaussian curvature only depends on the Riemannian metric of the surface.
- Gaussian curvature is an " intrinsic " measure of curvature, depending only on distances that are measured on the surface, not on the way it is isometrically embedded in any space.
- A device widely used with GTO basis functions is that of a contracted Gaussian set.
- The basic principle was analyzed by using a Gaussian input short pulse and its characteristics were discussed by numerical simulation.
- Probability graph paper exists to show the extent to which a distribution deviates from the Gaussian shape.
- Calculate a smooth histogram by convolving the raw data set with a Gaussian kernel.
- At optical and near-IR wavelength the image quality distribution has a long (non-Gaussian) tail.
- A method for separating double - overlapping Gaussian peaks by computer graphical solution is presented.
- The comparisons between the simulated results of two models and experiments show that double ellipsoidal model is better than Gaussian model on three-dimensional analysis.
- This article is to expand on the Gaussian Image study.
- The analysis results show that the solution of DT function exists for the ion beam removal functions of Gaussian shape.
- 2 Variable Elimination in Gaussian Networks 60814.
- Virtually no distributions in social science are Gaussian.
- PC was first introduced by Norbert Wiener where Hermite polynomials were used to model stochastic processes with Gaussian random variables.
- Black Scholes, non Gaussian, long tail, etc were used for whatever works.
- The models for atmospheric dispersion are based on the Gaussian plume model.
- Slight deviations from the Gaussian fixed point can be described by perturbation theory.
- This method can also be used in other signal processing field to estimate white Gaussian noise.
- This means that the correlation functions are all computable from as Gaussian averages:.
- Moreover, the Gaussian distribution of the displacements of Brownian particles and the linear growth of its second moment with time are verified.
- The background image used a Gaussian blur.
- Spaces with more than two dimensions require more than a single parameter to describe the Gaussian curvature at a given point.
- A 2D harmonic model based on the quaternion was constructed, and a special four-order cumulant was defined. The 2D cubic nonlinear phase coupling of additive color Gaussian noises was analyzed.
- The probability density function of velocity response of oleo damper excited by exponential colored Gaussian noise has been obtained.
- This ray, named by Abbe a " principal ray " (not to be confused with the " principal rays " of the Gaussian theory), passes through the centre of the entrance pupil before the first refraction, and th
- The most common alternative to Gaussian units are SI units.
- A new depth retrieval algorithm based on the model of Gaussian point spread function is proposed, which uses the Gaussian distribution to interpolate the modulation to obtain the accurate depth map.
- The conventional complex diffusion algorithm uses the iterative imaginary part(Laplacian of the Gaussian kernel) to control the diffusion process.
- According to frequency spectrum transfer characteristic of modulation and demodulation, we think the position measurement noise is Gaussian narrowband noise.
- This rate-distortion function holds only for Gaussian memoryless sources.
- Aim To study the relations between the thought of Gaussian intrinsic differential geometry and Gauss's earlier research on non-Euclidean geometry.
- In this method a variational equation obeyed by the Grassmann Gaussian integral is obtained.
- The motion of plunger of oleo damper excited by colored Gaussian noise with exponential correlation time is governed by first order nonlinear differential equation.
- Note : the theorem only applies to Gaussian stationary process noise.
- Calculate the inverse covariance of the full Gaussian, and use the partitioned inverse equations to obtain the covariance for the known data.
- If all three constants of reproduction be achromatized, then the Gaussian image for all distances of objects is the same for the two colors, and the system is said to be in " stable achromatism .".
- Within this group of chromophores there will be a statistical distribution of solvent-chromophore interaction energies, represented in the figure by a Gaussian distribution function.
- What does this have to do with the Gaussian curve.
- As a non-linear filter, the morphological filter outperforms the linear filter(eg. Gaussian filter) in precise edge localization, and better represents the detailed spatial information of images.
- This is a far cry from a Gaussian or normal density bell curve defined in usual statistics.
- The author then goes onto to try and explain the problems inherent in Gaussian statistics.
- A method based on the first derivative of Gaussian function wavelet for detecting the QRS crest of the electrocardiogram (ECG) is presented in this paper.
- This is exactly analogous to the bosonic path integration formula for a Gaussian integral of a complex bosonic field:.
- The best known methods for constructing utilization distributions are the so-called bivariate Gaussian or normal distribution kernel density methods.
- Gaussian Markov random field is a multivariate Gaussian probabilistic model with Markov property.
- The first order polynomial is used to describe the middle part of the discharge curve, and the first order Gaussian is to fit the final part of the curve.
- They will receive uniformly distributed data and convert it to Gaussian like distribution before presenting to the modulator.
- The approach is based on a stopping time argument that produces a normalizing transformation facilitating the use of a Gaussian likelihood.
- As an example, any Laguerre-Gaussian mode with rotational mode number l ' " 0 has such a helical wavefront.
- Simplified forms of Gaussian elimination have been developed for these situations.
- The relation between numerical aperture and the passing power rate of semiconductor laser in collimating system has been studied through the parameter equations of fundamental mode Gaussian beam.
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