Network Flow Optimization Problem, Schemes and Mind Maps of Globalization of Media

A network flow optimization problem, where the goal is to determine the optimal flow of resources through a network of nodes and edges. The problem involves multiple sources (r1, r2, r3) and sinks (a, b, c, d, e, f, t), with various capacities and flow requirements. The objective is to maximize the total flow through the network while satisfying the supply and demand constraints. This type of problem is commonly encountered in logistics, transportation, and supply chain management, and is often studied in the field of operations research. A detailed representation of the network, including the node names, edge capacities, and flow values, which can be used to analyze the problem and develop optimization strategies.

Typology: Schemes and Mind Maps

2020/2021

Uploaded on 06/03/2024

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FROM TO SHIP CAPACITY LƯU LƯỢNG NODES NETFLOW
R1 A 75 <= 0 75 R1 140
R1 B 65 65 R2 105
R2 A 20 40 R3 150
R2 B 25 50 A 0
R2 C 60 60 B 0
R3 B 80 80 C 0
R3 C 70 70 D 0
A D 50 60 E 0
A E 45 45 F 0
B D 70 70 T -395
B E 55 55
B F 45 45
C E 70 70
C F 60 90
D T 120 120
E T 170 190
F T 105 130
TOTAL LƯU LƯỢNG 112425
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FROM TO SHIP CAPACITY LƯU LƯỢNG NODES NETFLOW

  • R1 A 75 <= 0 75 R1
  • R1 B 65 65 R2
  • R2 A 20 40 R3
  • R2 B 25 50 A
  • R2 C 60 60 B
  • R3 B 80 80 C
  • R3 C 70 70 D
  • A D 50 60 E
  • A E 45 45 F
  • B D 70 70 T -
  • B E
  • B F
  • C E
  • C F
  • D T
  • E T
  • F T
    • TOTAL LƯU LƯỢNG

SUPPLY/DEMAND

Time required task Grandfather clock wall clock ACM 6 4 CWC 8 4 S 3 3 Profit $ 300.00 $ 200. quantity