Rocky Mountain Research Station / Cornell University / Schwartz Kevin S. McKelvey David E. Calkin USDA Forest Service Rocky Mountain Research Station / /
Steiner forest / Primal-Dual Heuristic One Steiner forest / /
Organization
National Science Foundation / T2 / USDA / USDA Forest Service / Association for the Advancement / American Philosophical Society / Claire A. Montgomery Department of Forest Resources Oregon State University Corvallis / US Fish and Wildlife Service / Cornell University / DP (LDP) / National Park Service / DP (IDP) / Artificial Copyright Intelligence / /
Person
Carla P. Gomes / Keith Williams / Rachel Houtman / Levey / Katherine J. Lai / David E. Calkin / Maarika Teose / Gonzales / Claire A. Montgomery / Katherine J. Lai Carla / / /
Position
D. J. / General / euclidean traveling salesman / /
Product
Steiner / lynx / Steiner Multigraph Problem / /
ProvinceOrState
New Jersey / Copeland / New Mexico / Montana / California / /
PublishedMedium
Journal of Zoology / Proceedings of the American Philosophical Society / Journal of Mammalogy / /
Region
western Montana / eastern Montana / Northwestern Montana / /
Technology
This algorithm / 3 4.3 Approximation Algorithms / similar DP algorithm / polynomial time algorithm / fixed-parameter tractable algorithm / Steiner tree algorithm / PD algorithms / IDP algorithm / 4.4 Primal-Dual Heuristic One Steiner forest algorithm / PD algorithm / DP algorithm / primal-dual 6-approximation algorithm / Dreyfus-Wagner algorithm / approximation algorithm / Steiner tree algorithms / faster approximation algorithms / approximation algorithms / J. Algorithm / dom / Dreyfus-Wagner DP algorithm / LDP algorithm / /