SPATIALLY CONSTRAINED TIMBER HARVEST SCHEDULING

[1] Arcus AL, 1965, INT J PROD RES, P259

[2] ARMEL NB, 1986, APR P WORKSH LESS US

[3] BARE BB, 1984, MAY JOINT NAT M I MA

[4] COOKE P, 1979, BIOMETRIKA, V66, P367, DOI 10.1093/biomet/66.2.367

[5] Limiting forms of the frequency distribution of the largest or smallest member of a sample [J]. PROCEEDINGS OF THE CAMBRIDGE PHILOSOPHICAL SOCIETY, 1928, 24 : 180 - 190

[6] INTERVAL ESTIMATION OF A GLOBAL OPTIMUM FOR LARGE COMBINATORIAL PROBLEMS [J]. NAVAL RESEARCH LOGISTICS, 1979, 26 (01) : 69 - 77

[7] AN ARTIFICIAL-INTELLIGENCE APPLICATION TO TIMBER HARVEST SCHEDULE IMPLEMENTATION [J]. INTERFACES, 1984, 14 (05) : 77 - 84

[8] HOKANS RH, 1983, J FOREST, V81, P601

[9] HOKANS RH, 1983, J FOREST, V81, P613

[10] IVERSON DC, 1986, USDA INT214 FOR SERV

[1] Arcus AL, 1965, INT J PROD RES, P259

[2] ARMEL NB, 1986, APR P WORKSH LESS US

[3] BARE BB, 1984, MAY JOINT NAT M I MA

[4] COOKE P, 1979, BIOMETRIKA, V66, P367, DOI 10.1093/biomet/66.2.367

[5] Limiting forms of the frequency distribution of the largest or smallest member of a sample [J]. PROCEEDINGS OF THE CAMBRIDGE PHILOSOPHICAL SOCIETY, 1928, 24 : 180 - 190

[6] INTERVAL ESTIMATION OF A GLOBAL OPTIMUM FOR LARGE COMBINATORIAL PROBLEMS [J]. NAVAL RESEARCH LOGISTICS, 1979, 26 (01) : 69 - 77

[7] AN ARTIFICIAL-INTELLIGENCE APPLICATION TO TIMBER HARVEST SCHEDULE IMPLEMENTATION [J]. INTERFACES, 1984, 14 (05) : 77 - 84

[8] HOKANS RH, 1983, J FOREST, V81, P601

[9] HOKANS RH, 1983, J FOREST, V81, P613

[10] IVERSON DC, 1986, USDA INT214 FOR SERV