A New Computing Mathematical Model about Surge Links Capacity in Logistics Transportation System and its Solving Algorithm Fitted for Computer Programming

Abstract

Abstract:The surge bin is widely used in logistics transportation system. Theoretically it has many virtues, such as reducing the interacting of links ahead and behind bin, buffering different transporting flows, adjusting and processing materials. In practical application, bin capacity size has great influence on reliability and production efficiency of whole logistics transportation system. Studying optimum computing of surge bin capacity to fully realize its beneficial functions are very significance. By utilizing some existing outcomes, this paper presents a new computing mathematical model about surge bin capacity in logistics transportation system. Compared with some existed references, this presented model fully considers different influences of surge bin capacity on reliability and production efficiency of whole logistics transportation system and realizes reliability and production efficiency overall optimization decision. All kind of factors affecting designed surge bin capacity can be easily gotten by the presented model. In addition this paper also presents a set of detailed design computing formulas about surge bin capacity in logistics transportation system, and presents detailed solving algorithm and steps fitted for computer programming. These can offer the reference for capacity decision design computing of surge bin in logistics transportation system.