Research on Optimal Design of Short-Life Cycle Product Logistics Supply Chain Based on Multicriteria Decision Model

Abstract

In order to study the special production, distribution, transportation, and sales of short-lived and short-lived multimedia products, this paper studies the cost and benefit optimization of a three-level supply chain network consisting of a supplier-producer-distribution center. Simultaneously, to effectively describe the actual inventory level of the retailer’s multimedia products, this paper introduces a new nonlinear function to define the real-time inventory of multimedia products to establish a biobjective nonlinear mixed-integer programming model to estimate the inventory. The research results show that the model established in this paper can not only provide the overall cost and optimal decision-making plan for the short-lived dairy supply chain but also the design method is better than the standard constraint method. Relevant research results have important potential guiding significance for research and design of supply chain network structure, measurement of multimedia product inventory levels, and improvement of customer satisfaction. The optimized design of the logistics supply chain of multimedia products with short life cycle under the background of new retail is beneficial.

B/S-Based Construction of a Big Data Logistics Platform

“…With the advent of information technology, the conventional pattern of the logistics industry has changed considerably, and now, improving the management efficiency of business systems has become the key to the whole logistics industry's development [ 4 , 5 ]. Strengthening the management of logistics enterprises with information technology means using information technology to achieve immediate information sharing, improving the management efficiency of the entire enterprise, minimizing total costs, increasing customer satisfaction, and thus improving the enterprise's competitiveness [ 6 , 7 ].…”

The Optimal Route Selection Model of Fresh Agricultural Products Transportation Based on Bee Colony Algorithm

“…It can be seen that the candidate food sources can be obtained by exchanging the third and sixth points. The change of food source before and after exchange is small, so many excellent characteristics of food source before change can be maintained; At the same time, the random location exchange increases the diversity of food source selection and avoids falling into local optimization and failing to obtain the global optimal solution of the transportation path of fresh agricultural products [17].…”

Developing a multi-item, multi-product, and multi-period supply chain planning optimization model

“…In (10) , a four objective MILP model considering only a single item was developed. In (11) , the cost and benefit optimization of a multi-product single-item SCN is studied. No prior research has designed a model for multi-item, and multi-product supply chain design and planning.…”