Network Design
This directory contains 12 workflows.
Center of Gravity (Addresses)
This node can be used to calculate the optimal weighted centers of your customers. Optimization target is to minimize the weighted distances. Each customer […]
Center of Gravity (Lat, Lon)
This node can be used to calculate the optimal weighted centers of your customers. Optimization target is to minimize the weighted distances. Each customer […]
Center of Gravity Plus (Addresses)
This node can be used to calculate the optimal weighted centers of your customers. You can adjust the importance of the three criterias: weight, volume and […]
Center of Gravity Plus (Lat, Lon)
This node can be used to calculate the optimal weighted centers of your customers. You can adjust the importance of the three criterias: weight, volume and […]
Fixed Center of Gravity (Addresses)
This node can be used to calculate the optimal weighted centers of your customers based on already existing center locations. You can use this node to get […]
Fixed Center of Gravity (Lat, Lon)
This node can be used to calculate the optimal weighted centers of your customers based on already existing center locations. You can use this node to get […]
Location Planning (Addresses)
This node can be used to to optimize distribution. It can model flows from the warehouses up to the customers. It is also possible to regard capacity […]
Location Planning (Lat, Lon)
This node can be used to to optimize distribution. It can model flows from the warehouses up to the customers. It is also possible to regard capacity […]
Nearest Warehouses (Addresses)
This node can be used to calculate the n-nearest warehouses from a customer location. For this node two input tables are needed. The first table should […]
Nearest Warehouses (Lat, Lon)
This node can be used to calculate the n-nearest warehouses from a customer location. For this node two input tables are needed. The first table should […]