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徐凤敏

教授    Supervisor of Doctorate Candidates    Supervisor of Master's Candidates

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A New Lagrangian Net Algorithm for Solving Max-Bisection Problems

Release Time:2025-04-30
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Date:
2025-04-30
Title of Paper:
A New Lagrangian Net Algorithm for Solving Max-Bisection Problems
Journal:
Journal of Computational and Applied Mathematics
Summary:
The Max-Bisection problem is NP-hard
combinatorial optimization problem. In this paper,  a new
Lagrangian net algorithm is proposed to solve the Max-Bisection problems.
First, we relax the bisection constraints to the objective function
by introducing the penalty function method. Second, a bisection
solution is calculated by a discrete Hopfild neural network (DHNN).
The increasing penalty factor can help the DHNN to escape from the
local minimum and to get a satisfying bisection. The
convergence analysis of the proposed algorithm is also presented.
Finally, numerical results of large scale G-set problems show that
the proposed method can find a better optimal solutions.
Co-author:
Xu Fengmin, Chen Baili, Yuan Xian
Volume:
Vol, 225
Page Number:
pp.3718-3723
Translation or Not:
No
Date of Publication:
2011-01-04