Results 211 to 220 of about 1,048,571 (242)

Linear Diversity Combining Techniques

Proceedings of the IRE, 1959
This paper provides analyses of three types of diversity combining systems in practical use. These are: selection diversity, maximal-ratio diversity, and equal-gain diversity systems. Quantitative measures of the relative performance (under realistic conditions) of the three systems are provided. The effects of various departures from ideal conditions,
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Check of linear combination circuits

Cybernetics, 1980
Summary: Algorithms are constructed for calculating single and complete minimal tests for linear single-channel logic circuits. Estimates for the length and for the general number of tests are obtained.
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Combining linear and quadratic discriminants

Computers and Biomedical Research, 1973
Abstract A method for combining the linear and quadratic discriminant functions is described and discussed. The method uses Box's test to form coalitions of populations which have equal covariance matrices and is particularly suited for use on a computer.
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Three frequency linear combinations for Galileo

2007 4th Workshop on Positioning, Navigation and Communication, 2007
The consideration of linear combinations of phase measurements is an effective method for the resolution of carrier phase ambiguities. Examples of classical combinations are the super-widelane and widelane combinations. The main aspects are to increase the wavelength and to reduce the influence of the ionosphere, while keeping the noise amplification ...
Henkel, Patrick, Günther, Christoph
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Linear Combinations of Bernstein Polynomials

Canadian Journal of Mathematics, 1953
If f(x) is denned on [0, 1], then its corresponding Bernstein polynomialapproaches f(x) uniformly on [0, 1], if f(x) is continuous on [0, 1]. If f(x) is bounded on [0, 1], then at every point x where the second derivative exists (Voronowskaja [7], see also [5])
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Linear combinations of probabilities

Lithuanian Mathematical Journal, 1993
Let \(f(z)= \sum^\infty_{k= 0} \varphi_k z^k\) converge in the unit disk \(|z|< 1\). The author considers the characteristics \[ \sigma_m= \Biggl({d^m\over dz^m}\log f(z)\Biggr)_{z= 0},\quad \varphi_{n, k}= {1\over 2\pi i} \int_{|z|= 1/2} f^n(z) z^{- k- 1} dz \] and establishes a formula expressing \(\varphi_{n, k}\) in terms of \(\sigma_m\). Then some
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Linear Combinations of d-Orthogonal Polynomials

Bulletin of the Malaysian Mathematical Sciences Society, 2017
A sequence of monic polynomials \(P_n\), \(n\ge0\), is said to be \(d\)-orthogonal with respect to the \(d\)-dimensional vector of linear forms \(U = (u_0,\dots,u_{d-1})^T\), if \[ \langle u_r,x^m P_n(x)\rangle=0,\ n\ge md+r+1,\ m\ge 0 \] \[ \langle u_r,x^m P_{md+r}(x)\rangle\neq 0,\ m\ge 0, \] for each \(0 \le r \le d-1.\) In this case, the \(d ...
Francisco Marcellán, Abdessadek Saib
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Linear and Iterative Combinations

2014
The linear positive operators are conceptually simpler, and easier to construct and study, but they lack rapidity of convergence for sufficiently smooth functions.
Vijay Gupta, Ravi P. Agarwal
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Periods of Linear Combinations of Vectors

Differential Equations and Dynamical Systems, 2014
This article presents several results about the set of periods of periodic points of a linear operator defined on a vector space. Related interesting work can be found in [\textit{G. A. Muñoz-Fernández} et al., Rev. R. Acad. Cienc. Exactas Fís. Nat., Ser. A Mat., RACSAM 105, No. 2, 397--402 (2011; Zbl 1268.47009)].
Chiranjeevi, P., Kannan, V.
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Local Weighted Linear Combination

Transactions in GIS, 2011
AbstractThe article focuses on one of the most often used GIS‐based multicriteria analysis methods: the weighted linear combination (WLC). The WLC model has traditionally been used as a global approach based on the implicit assumption that its parameters do not vary as a function of geographical space. This assumption is often unrealistic in real‐world
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