Networks arise in numerous settings and in a variety of ways, ranging from transportation, electrical, and communication networks which pervade our daily lives. Network representations are widely used for problems in diverse areas as oil transportation, production, distribution, project planning, facil- ities location, resource management, and financial planning, etc. It provides a powerful visual and conceptual aid that is used to portray the relationships between the components of systems in virtually every field of scientific, social, and economic endeavour. One of the most exciting developments in opera- tions research (OR) in recent years has been the unusually rapid advance in both the methodology and application of network optimization models. Con- sequently, algorithms and software are now available and are used to solve several problems on a routine basis that would have been completely impossible two or three decades ago. The model takes in all aspects of the business, helping management to plan and decide different levels at the various stages in the industry, e.g. knowing what to pay and what to charge. A network representation is essential in an industry because it helps to determine and monitor the flow of goods from the industry to its final destination. Taking the crude oil as an example, network representation can help determine the various stages, from crude oil purchase, shipping to refineries, refining it, to sending it for storage and distribution for sale purposes.
You can determine strotest route to work or anywhere
You can reduce your fuel consumption
Increase the number of deliveries each day
Am a mathematician
Am working on finding the shortest route
Am working on network analysis
A mathematician in the building. Networking and transportation model.
Downvoting a post can decrease pending rewards and make it less visible. Common reasons:
Submit
Thanks dear
Downvoting a post can decrease pending rewards and make it less visible. Common reasons:
Submit