导弹批生产供应链协同系统模型研究

发布时间：2018-01-20 03:58

本文关键词： 导弹批生产供应链协同系统供应链选择　出处：《哈尔滨工业大学》2016年博士论文　论文类型：学位论文

【摘要】：随着经济全球化和信息技术的飞速发展,供应链中上下游成员之间的关系不断复杂化,供应链管理模式在工业制造企业和商品流通企业中得到越来越广泛的应用,供应链中上下游企业之间的协同问题成为学者和企业决策者共同关注的焦点。在导弹批生产供应链中,如何实现协同也成为研究的新热点。本文首先基于导弹批生产供应链国内外研究与发展现状,对导弹批生产供应链及特征进行研究,从系统科学的角度提出导弹批生产供应链的定义。同时,从协同系统、信息价值以及契约理论三个方面对供应链相关理论进行了阐述。其次,本文对导弹批生产供应链进行了系统分析,构建了导弹批生产供应链协同系统架构,并构建基于三维立体、立体展开式和三协同点构平面式导弹批生产供应链协同结构模型,以及基于战略层、信息共享层和业务层协同的导弹批生产供应链系统协同模型。此外,还分别构建了导弹批生产供应链协同信息模型、供应商选择模型及物流企业成熟度模型。在信息模型中,分析信息共享和信息不共享条件下,以及协同决策和非协同决策情况下,导弹批生产的价格、生产数量及系统利润的变化情况,验证信息共享与协同契约机制对导弹批生产供应链系统协同的重要作用,阐述导弹批生产供应链的信息共享模式的有效性;在导弹批生产供应商选择模型中,针对导弹批生产供应商的特点,构建基于模糊理论和质量功能屋的供应商选择模型;在物流企业成熟度模型中,基于涌现理论从刚性能力和柔性能力角度对关键能力元素进行选取,将成熟度划分为5个等级(初始级、成长级、竞争级、优化级和卓越级),并构建成熟度模型。最后,在科学性和现实性相结合、系统性、质与量统一、可比性、静态与动态相结合、复杂性与简洁性相一致的原则下,本文对导弹批生产供应链协同测度模型进行研究,构建包含信息流、物流、资金流、管理流和市场流在内的导弹批生产供应链协同指标体系,提出以复合熵权法测度模型中变量权系数,构建基于复合熵权的供应链协同程度测度模型。结合我国导弹批生产供应链系统的实际情况,提出构建其协同系统的相关政策和优化建议,这对我国导弹研究单位进行供应链的协同和优化生产具有重要的指导作用和决策参考价值。
[Abstract]:With the rapid development of economic globalization and information technology, the relationship between upstream and downstream members in supply chain is becoming more and more complicated. Supply chain management model has been more and more widely used in industrial manufacturing enterprises and commodity circulation enterprises. The problem of collaboration between upstream and downstream enterprises in the supply chain has become the common focus of scholars and enterprise decision makers, in the missile batch production supply chain. How to realize the cooperation has become a new research hotspot. Firstly, based on the domestic and foreign research and development status of missile batch production supply chain, this paper studies the missile batch production supply chain and its characteristics. From the point of view of system science, the definition of missile batch production supply chain is put forward. At the same time, the related theories of supply chain are expounded from three aspects: collaborative system, information value and contract theory. In this paper, the missile batch production supply chain is systematically analyzed, and the framework of missile batch production supply chain collaborative system is constructed, which is based on three-dimensional. In addition, the cooperative model of missile batch production supply chain based on strategic layer, information sharing layer and business layer is also proposed. In addition, the cooperative information model, supplier selection model and logistics enterprise maturity model of missile batch production supply chain are constructed respectively. In the information model, the information sharing and information non-sharing conditions are analyzed. And the price, quantity and system profit of missile batch production in the case of cooperative decision and non-cooperative decision. Verify the important role of information sharing and collaboration contract mechanism to the missile batch production supply chain system collaboration, expound the effectiveness of the missile batch production supply chain information sharing mode. In the supplier selection model of missile batch production, the supplier selection model based on fuzzy theory and quality function house is constructed according to the characteristics of missile batch production supplier. In the maturity model of logistics enterprises, based on the emergence theory, the key capability elements are selected from the point of view of rigidity and flexibility, and the maturity is divided into five levels (initial level, growth level and competition level). Finally, in the scientific and realistic combination, systematic, qualitative and quantitative unity, comparability, static and dynamic combination. Under the principle of consistent complexity and conciseness, this paper studies the cooperative measurement model of missile batch production supply chain, and constructs information flow, logistics and capital flow. The cooperative index system of missile batch production supply chain, which includes management flow and market flow, is proposed to measure the variable weight coefficient in the model by using compound entropy weight method. A supply chain coordination degree measurement model based on compound entropy weight is constructed. According to the actual situation of China's missile batch production supply chain system, the relevant policies and optimization suggestions are put forward. It has important guiding function and decision reference value for the cooperation and optimization of supply chain in missile research units of our country.
【学位授予单位】：哈尔滨工业大学
【学位级别】：博士
【学位授予年份】：2016
【分类号】：F274;F426.48

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