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Evaluating Approaches for Solving the Area Restriction Model in Harvest Scheduling Marcos Goycoolea, Alan Murray, Juan Pablo Vielma, and Andres Weintraub Abstract: We survey three integer-programming approaches for solvi
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Document Date: 2011-10-28 12:33:41

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City

Bettinger / Boston / /

Company

Complex Engineering Systems / Basal / /

Country

United States / /

Currency

USD / TWD / /

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Facility

University of British Columbia / University of New Brunswick / Georgia Institute of Technology / Arizona State University / /

IndustryTerm

feasible solution / enumeration algorithms / forest planning applications / optimization tool / candidate solution / approximate solutions / geographic information systems / feasible solutions / /

NaturalFeature

North American forests / American Forest / Forest Management Lab / Lemon Creek / /

OperatingSystem

Linux / /

Organization

School of Business / Universidad de Chile / US Forest Service / American Forest and Paper Association / Society of American Foresters Forest Science / Universidad of Chile / Arizona State University / Georgia Institute of Technology / University of British Columbia / Integrated Forest Management Lab / University of New Brunswick / /

Person

Andres Weintraub / Giles / Barrett / Marcos Goycoolea / Evelyn Richards / John Nelson / Alan Murray / Klaus Barber / Tabu / Juan Pablo Vielma / Adolfo Ibanez / /

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Position

experienced planner / area restriction model for harvest scheduling / /

Product

M-16 / /

ProgrammingLanguage

C / /

ProvinceOrState

New Brunswick / Nova Scotia / British Columbia / California / /

Region

northern California / /

Technology

RAM / Linux / alternative algorithm / Bound algorithms / lifting algorithm / Path algorithm / enumeration algorithms / /

SocialTag