COMPUTATIONAL COMPARISON AMONG 3 MULTICOMMODITY NETWORK FLOW ALGORITHMS

[1] ALI AI, 1977, IEOR77003 SO METH U

[2] MULTICOMMODITY NETWORK FLOWS - SURVEY [J]. NETWORKS, 1978, 8 (01) : 37 - 91

[3] BAZARRA M, 1977, LINEAR PROGRAMMING N

[4] *CDC CORP, 1974, 7606000 PUBL

[5] Forrest J. J. H., 1972, MATH PROGRAM, V2, P263

[6] Held M., 1974, Mathematical Programming, V6, P62, DOI 10.1007/BF01580223

[7] PRODUCT FORM REPRESENTATION OF INVERSE OF A MULTICOMMODITY CYCLE MATRIX [J]. NETWORKS, 1977, 7 (04) : 297 - 322

[8] HELGASON RV, 1976, IEOR76011 SO METH U

[9] HELGASON RV, 1980, THESIS SO METHODIST

[10] Hellerman E., 1971, MATH PROG, V1, P195

[1] ALI AI, 1977, IEOR77003 SO METH U

[2] MULTICOMMODITY NETWORK FLOWS - SURVEY [J]. NETWORKS, 1978, 8 (01) : 37 - 91

[3] BAZARRA M, 1977, LINEAR PROGRAMMING N

[4] *CDC CORP, 1974, 7606000 PUBL

[5] Forrest J. J. H., 1972, MATH PROGRAM, V2, P263

[6] Held M., 1974, Mathematical Programming, V6, P62, DOI 10.1007/BF01580223

[7] PRODUCT FORM REPRESENTATION OF INVERSE OF A MULTICOMMODITY CYCLE MATRIX [J]. NETWORKS, 1977, 7 (04) : 297 - 322

[8] HELGASON RV, 1976, IEOR76011 SO METH U

[9] HELGASON RV, 1980, THESIS SO METHODIST

[10] Hellerman E., 1971, MATH PROG, V1, P195