Results 101 to 110 of about 42,635 (224)
We studied the movable singularities of solutions of autonomous non-algebraic first-order ordinary differential equations in the form of y′=I(y(t)) and y′=I1(y(t))+I2(y(t))+⋯+In(y(t)), aiming to prove that all movable singularities of all complex ...
Xingyu Liu
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VLSI Design of a Variable-Length FFT/IFFT Processor for OFDM-Based Communication Systems
The technique of {orthogonal frequency division multiplexing (OFDM)} is famous for its robustness against frequency-selective fading channel. This technique has been widely used in many wired and wireless communication systems.
Jen-Chih Kuo+3 more
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On Stereographic Semicircular Quasi Lindley Distribution
In this paper, we made anattempt to construct a new Semicircular model, we call this as “StereographicSemicircularQuasi Lindleydistribution,” by applying modified inverse Stereographicprojection on Quasi Lindley distribution (Rama and Mishra (2013)) for ...
K.L.N. Sastry+2 more
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A necessary and sufficient condition for the convexity of the one-parameter generalized inverse trigonometric sine function according to power mean [PDF]
Miao-Ying Hong+2 more
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Sine Power Unit Inverse Lindley Model: Bayesian Analysis and Practical Application
Techniques for trigonometric transformation have become an effective way to modify statistical distributions. These methods provide more flexibility in modeling various real‐world phenomena by precisely adjusting skewness without adding complexity to the
Amal S. Hassan+5 more
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An Analytical Solution for the Steady Seepage of Localized Line Leakage in Tunnels
This paper proposes an analytical solution for the seepage field when a localized line leakage occurs in a tunnel by accurately considering the boundary conditions at the leakage site, which overcomes the problem of current methods, such as the ...
Jun Yu, Chi Zhang, Dongkai Li
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On the Impulse Response of Singular Discrete LTI Systems and Three Fourier Transform Pairs
A basic tenet of linear invariant systems is that they are sufficiently described by either the impulse response function or the frequency transfer function. This implies that we can always obtain one from the other.
Qihou Zhou
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Fractional Nadeem trigonometric non-Newtonian (NTNN) fluid model based on Caputo-Fabrizio fractional derivative with heated boundaries. [PDF]
Nadeem S+3 more
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