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Keywords
(11)
Global Convergence
Indexation
Indexing Terms
Linear Convergence
Mathematical Model
Numerical Algorithm
Numerical Method
Numerical Solution
piecewise linear
Quadratic Program
Variational Inequality
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On the LVI-based numerical method (E47 algorithm) for solving quadratic programming problems
On the LVI-based numerical method (E47 algorithm) for solving quadratic programming problems,10.1109/ICAL.2011.6024697,Yunong Zhang,Senbo Fu,Zhijun Zh
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On the LVI-based numerical method (E47 algorithm) for solving quadratic programming problems
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Yunong Zhang
,
Senbo Fu
,
Zhijun Zhang
,
Lin Xiao
,
Xuezhong Li
In this paper, a
numerical method
(termed, E47 algorithm) based on linear variational inequalities (LVI) is pre- sented and investigated to solve quadratic programming (QP) problems which are simultaneously subject to linear equality, inequality and bound constraints. Note that such constrained QP problems can be equivalent to linear variational inequalities and then to piecewise-linear projection equations (PLPE). The E47 algorithm is then adapted to solving the resultant PLPE, and thus the optimal numerical solutions to the QP problems are obtained. In addition, the global
linear convergence
of such an E47 algorithm is proved. The numerical comparison results between such an E47 algorithm and the active set algorithm are further provided. The efficacy and superiority of the presented E47 algorithm for QP solving are substantiated. Index Terms—Numerical algorithm, quadratic programming (QP), linear variational inequalities (LVI), global convergence.
Conference:
IEEE International Conference on Automation and Logistics - ICAL
, pp. 125-130, 2011
DOI:
10.1109/ICAL.2011.6024697
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