A two-dimensional linear program polytope (solutions space) with
Two-dimensional batch linear programming on the GPU
... for two-dimensional problems in cases where the problem size is sufficient to fully occupy the GPU ...a two-dimensional problem is physical collision response, ...in ...
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Two-dimensional implementation of the coarsening method for linear peridynamics
... Department of Naval Architecture, Ocean and Marine Engineering, University of Strathclyde, 100 Montrose Street, Glasgow G4 0LZ, UK * Correspondence: Email: [email protected]; Tel: +447714703872. Abstract: ...
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Two-dimensional implementation of the coarsening method for linear peridynamics
... The peridynamic theory has extensively been investigated and is shown to have capabilities of modelling a wide range of engineering problems [2–10]. However, for certain problems, it suffers from the disadvantage of ...
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Multi-scale analysis of linear data in a two-dimensional space
... coordinated two-dimensional (2D) ...of linear time series at all different ...of linear data, which refers to data sequences ordered in a one-dimensional (1D) ...space. Linear ...
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Influence of two-dimensional smooth humps on linear and non-linear instability of a supersonic boundary layer
... over two-dimensional smooth humps with their heights consid- erably smaller than the local boundary layer thickness is studied by using parabolized stability equations ...on linear and ...
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Non-linear theories in two-dimensional fully and partially cavitating flow.
... ness to experimental results and there seems little doubt, despite the non-physical feature of the second flow plane, that it provides an accurate representation of the cavitation phenomenon, It may be shown that the jet ...
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A standard test case suite for two-dimensional linear transport on the sphere
... just two analytic wind fields and four initial conditions that address a wide range of accuracy aspects, challenge both Lagrangian and Eulerian schemes with realistic conditions typical of 3-D flows, and make it ...
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Approximation solution of two-dimensional linear stochastic Volterra-Fredholm integral equation via two-dimensional Block-pulse functions
... This paper is organized as follows: In Section 2 we introduce BPFs and their properties. In Section 3 we solve the two-dimensional linear stochastic Volterra-Fredholm integral equation 1.2 by finding ...
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Two dimensional DOA estimation of coherent sources using two parallel uniform linear arrays
... the two algorithms with respect to the input signal-to- noise ratio ...the two parallel ULAs to construct the equivalent auto-covariance matrix R xx and cross- covariance matrix R yx , which can improve the ...
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Two Uniform Linear Arrays for Non-Coherent and Coherent Sources for Two Dimensional Source Localization
... Further, the performance analysis of the proposed QR-2D DOA method with the Matrix Pencil method is performed by computing RMSE in angles estimate for varying source location in a two dimensional (θ, φ) ...
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On the Kneser Type Solutions for Two Dimensional Linear Differential Systems with Deviating Arguments
... Skubaˇcevski˘ı, “The oscillatory solutions of a second order linear homogeneous di ff erential equation with retarded argument,” Di ff erentsial’nye Uravneniya , vol.. Labovski˘ı, “A condi[r] ...
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Solution of two-dimensional non-linear Burgers’ equations with nonlocal boundary condition
... Partial differential equation (1.1) can be solved by splitting it into two one dimensional equation from [ 10 ] rather than discretising the complete two-dimensional Burgers’ equation to[r] ...
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Scaled Boundary Finite Element Method for Two Dimensional Linear Multi Field Media
... solving two-dimensional, second-order, linear, multi-field boundary value ...of linear problems such as steady-state heat conduction problems, steady- state flow in porous media, linear ...
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Positive real control of two dimensional systems: Roesser models and linear repetitive processes
... 3)) linear systems can pose systems theoretic questions which have no 1-D ...n-D linear system fails to provide much information about the system which it does supply in the 1-D ...
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Delta basis functions and their applications for solving two-dimensional linear Fredholm integral equations
... 7. Conclusion In this study, we developed an efficient and computationally attrac- tive method to solve the linear two-dimensional Fredholm integral equa- tions. The method is based on the use of ...
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Two dimensional determination of source terms in linear parabolic equation from the final overdetermination
... the two dimen- sional problem and prove the Fréchet-differentiability of ...the two dimensional inverse problem, where J (ω) can be found via an adjoint parabolic ...
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Numerical simulations of linear magnetohydrodynamic waves in two-dimensional force-free magnetic fields
... of linear standing or propagating magnetohydrodynamic (MHD) waves, but the theoretical understanding is far from complete since analytical solutions to the linearised MHD wave equations can only be found for very ...
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Certain Algebraic Test for Analyzing Aperiodic Stability of Two Dimensional Linear Discrete Systems
... stable linear discrete system is presented with a help of fullers equation as follows it accounts all the coefficients of the equivalent one dimensional characteristics equations in the S n row when n is ...
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An Integration Of The Linear And Hub-And-Spoke Flow Models For A Two-Dimensional Role-Playing-Game
... BACKGROUND STUDIES 2. [13] Yamaguchi et al, (2017) states that player who have experienced playing horror games will most likely be frightened due to their past experience. With that, being said, I attempted to include ...
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Scattering Analysis for Ship Kelvin Wakes on Two-Dimensional Linear and Nonlinear Sea Surfaces
... single linear and nonlinear sea surfaces are significantly larger than those of the corresponding surfaces with ship Kelvin ...the linear and nonlinear surfaces with ship Kelvin wakes become much ...
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