Abstract:

The networking theory developed in this article applies to the initial design phase of networks from diverse fields of interest. For example, computer hardware networks, communications networks, circuitry, and logistics systems all give rise to networking applications. Recently logistics engineers have realized the potential for enhancing logistics support by using such techniques. In most applications of network theory, mathematical programming and algorithmic methods are combined with network theory design to determine optimal flow and/or minimized costs. This article focuses in on the invariant aspects of what makes a network design, rather than optimization aspects. Applications of the theory developed occur in the early planning stages of a new logistics system. This is in keeping with the spirit of logistics engineering planning for large sized projects. This article bases itself on the premise that early holistic planning prevents costly post deployment cures.