Modified strong branching scores that cap estimated LP gains at the primal-dual gap and re-weight branches based on leaf asymmetry reduce branch-and-bound tree sizes on MIPLIB 2017 instances.
Springer, 2016
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Improving Full Strong Branching Decisions by Incorporating Additional Information
Modified strong branching scores that cap estimated LP gains at the primal-dual gap and re-weight branches based on leaf asymmetry reduce branch-and-bound tree sizes on MIPLIB 2017 instances.