Logistic-oriented order sequencing strategies for multistage productions

拟议的转移项目是基于已进行的项目“基于综合模型的公司内部供应链因果关系描述”的结果。在上述研究项目中，建立了不同的数学模型，以描述不同排序规则对订单延迟和工作站生产率的定量影响。所开发的模型描述了先进先出排序规则、面向调度的排序规则以及设置优化规则。在研究项目的范围内，开发的模型将适应合作伙伴KBA-Industrial Solutions AG&Co.KG的生产系统的限制。此外，现有的模型将被扩展，以允许它们在KBA-Industrial Solutions AG&Co.KG目前的生产环境中应用。在量化不同排序规则在单个工作站上的影响的基础上，将为特定的生产区域制定整体排序策略。将审查排序规则与补偿负面后勤影响的可能措施的不同组合可能性。为了确保可持续的知识传授和已取得的研究成果的持久使用，将开发一个用户友好的反馈数据自动分析软件原型，以及一个用于推导订单排序战略的程序模型。

The proposed transfer project is based on the results on the conducted project "Integrated model-based description of cause-effect relationships in intra-company supply chains". Within the mentioned research project different mathematical models were developed in order to describe quantitative effects of different sequencing rules on the lateness of orders as well as the productivity of workstations. The developed models describe the first-in-first-out sequencing rule, schedule-oriented sequencing rules as well as setup-optimized rules. In the scope of the research project the developed models will be adapted to the restrictions of the production system of the cooperation partner KBA-Industrial Solutions AG & Co. KG. Furthermore, the existing models will be extended to allow their application in the present production setting of KBA-Industrial Solutions AG & Co. KG. Based on the quantification of the effects of different sequencing rules at single workstations a holistic order sequencing strategy will be developed for a specific production area. Different combination possibilities of the sequencing rules in combination with possible measures to compensate for negative logistical effects will be examined. In order to ensure a sustainable knowledge transfer and a lasting use of the achieved research results a user-friendly software prototype for the automated analysis of feedback data as well as a procedure model for the derivation of order sequencing strategies will be developed.