Search Results - parallel continuation algorithm

Parallel numerical continuation of periodic responses of local nonlinear systems by Wang, Qian, Liu, Yi, Liu, Heng, Fan, Hongwei, Jing, Minqing

“…The aim of this paper is to develop an efficient and robust parallel numerical continuation method for periodic solutions of local nonlinear systems…”
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Parallel pseudo-transient Newton–Krylov–Schwarz continuation algorithms for bifurcation analysis of incompressible sudden expansion flows by Huang, Chiau-Yu, Hwang, Feng-Nan

“…We propose a parallel pseudo-transient continuation algorithm, in conjunction with a Newton…”
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Study of the anomalous magnetic field structure in the Ural region using parallel algorithms by Martyshko, P. S., Fedorova, N. V., Gemaidinov, D. V.

“… To recalculate magnetic field, parallel algorithms and software for multiprocessor computers were used…”
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Parallelization strategies for rapid and robust evolutionary multiobjective optimization in water resources applications by Tang, Y., Reed, P.M., Kollat, J.B.

“… (MP) parallelization schemes for the Epsilon-Nondominated Sorted Genetic Algorithm-II ( ε-NSGAII…”
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Implementing molecular dynamics on hybrid high performance computers – Particle–particle particle-mesh by Brown, W. Michael, Kohlmeyer, Axel, Plimpton, Steven J., Tharrington, Arnold N.

“…), are now becoming more prevalent due to these advantages. In this paper, we present a continuation of previous work implementing algorithms for using accelerators…”
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A Parallel Line Search Subspace Correction Method for Composite Convex Optimization by Dong, Qian, Liu, Xin, Wen, Zai-Wen, Yuan, Ya-Xiang

“… Their convergence is established under mild assumptions. We compare PSCLN and PSCLO with the parallel version of the fast iterative thresholding algorithm and the fixed…”
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Parallel Algorithms for Solving Inverse Gravimetry Problems: Application for Earth’s Crust Density Models Creation by Martyshko, Petr, Ladovskii, Igor, Byzov, Denis

“… We use the iterative parallel algorithms for the downward continuation and restoration of the density values…”
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Multiscale and hysteresis effects in vortex pattern simulations for Ginzburg-Landau problems by Carey, Graham F., Knezevic, David J.

“…The behavior and properties of vortex pattern solutions to a benchmark Ginzburg–Landau model are investigated using hybrid continuation algorithms in conjunction with parallel adaptive mesh refinement (AMR…”
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A Synthesis Framework for Finding All Solutions of Microwave Filter Topologies Based on Homotopy Continuation by Zeng, Yi, Xiao, Rui Zhuo, Huang, Huijin, Zhang, Peng, Yu, Ming

“…This article proposes a numerical filter synthesis framework based on homotopy continuation (HC…”
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An Application of the Newton-Homotopy Continuation Method for Solving the Forward Kinematic Problem of the 3-RRS Parallel Manipulator by Gallardo-Alvarado, Jaime

“…The forward kinematic problem (FKP) of the 3-RRS parallel manipulator is solved by means of the Newton-homotopy continuation method…”
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Parallel CUDA implementation of the algorithm for solving the Navier-Stokes equations using the fictitious domain method by Temirbekov, Almas, Malgazhdarov, Yerzhan, Kassenov, Syrym, Urmashev, Baidaulet

“…An important direction in the development of numerical simulation methods is the study of approximate methods for solving problems of mathematical physics in…”
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Certified kinematic tools for the design and control of parallel robots by Lê, Alexandre, Rouillier, Fabrice, Rance, Guillaume, Chablat, Damien

“…This paper presents a methodology for the design and control of Parallel Kinematic Robots (PKRs…”
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A Fast Algorithm for Sparse Reconstruction Based on Shrinkage, Subspace Optimization, and Continuation by Wen, Zaiwen, Yin, Wotao, Goldfarb, Donald, Zhang, Yin

“…The authors propose a fast algorithm for solving the ... minimization problem ... for recovering sparse solutions to an undetermined system of linear equations…”
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A parallel algorithm for the computation of invariant tori in large-scale dissipative systems by Sánchez, J., Net, M.

“…A parallelizable algorithm to compute invariant tori of high-dimensional dissipative systems, obtained upon discretization of PDEs is presented…”
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Numerical methods and parallel algorithms for computation of periodic responses of plates by Stoykov, S., Margenov, S.

“… It is discretized by the finite element method using bilinear quadrilateral elements. The frequency–response curve is computed by shooting and continuation methods…”
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Application of a Novel Elimination Algorithm with Developed Continuation Method for Nonlinear Forward Kinematics Solution of Modular Hybrid Manipulators by Rahmani, Arash, Faroughi, Shirko

“…This paper addresses the application of a novel elimination algorithm with a newly developed homotopy continuation method (HCM…”
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Inverse and Forward Kinematic Analysis of a 6-DOF Parallel Manipulator Utilizing a Circular Guide by Fomin, Alexey, Antonov, Anton, Glazunov, Victor, Rodionov, Yuri

“…The proposed study focuses on the inverse and forward kinematic analysis of a novel 6-DOF parallel manipulator with a circular guide…”
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A monolithic homotopy continuation algorithm with application to computational fluid dynamics by Brown, David A., Zingg, David W.

“…–corrector homotopy continuation algorithm as well as an implementation of the widely-used pseudo-transient continuation algorithm for some inviscid and turbulent, subsonic and transonic external aerodynamic flows over the ONERA M6 wing and the NACA 0012 airfoil using a parallel implicit Newton–Krylov finite-difference flow solver…”
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Parallel solution of optimal control problems using the graphics processing unit by Yang, Chaoyi, Fabien, Brian C.

“… A Newton's continuation method is performed to solve the BVP‐DAEs system and the descent…”
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A numerical continuation approach using monodromy to solve the forward kinematics of cable-driven parallel robots with sagging cables by Baskar, Aravind, Plecnik, Mark, Hauenstein, Jonathan D., Wampler, Charles W.

“…Designing and analyzing large cable-driven parallel robots (CDPRs) for precision tasks can be challenging, as the position kinematics are governed by kineto-statics and cable sag equations…”
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