OKP

Study of production system 's information model based on large-piece OKP

面向大型单件小批生产系统的信息模型研究

Research of production line flexible combination method for OKP

OKP企业生产线柔性组合方法的研究

The Study of Quality Management Information System for Large-piece OKP Based on CIMS

CIMS环境下大型单件小批生产的质量管理信息系统研究

Design of BOM Management System for OKP Based CIMS

CIMS环境下单件制造企业BOM管理系统的构造与设计

Research on Production Manufacturing Time Models for Large-Piece OKP Enterprises

大型单件小批制造型企业产品制造时间模型研究

A Practical Algorithm for the Resource Balancing Problems in Large-Piece OKP Mode

大型单件小批生产模式下资源平衡问题的一种实用算法

Finally computer supported system is introduced briefly , it is a reference model for other large piece OKP manufacturing enterprises .

简要介绍了该体系下的计算机系统，为船舶制造业提供了一种切实可行的成本控制模式，对其它大型单件小批制造业也具有参考意义。

Study of Earliness / Tardiness Production Planning Model with Due-Window for OKP Manufacturing Systems

单件制造企业交货期窗口下的提前/拖期生产计划模型研究

Soft Computing for Earliness and Tardiness Production Planning of Multi-location OKP Manufacturing Systems

软计算求解分布式多工厂单件制造业的提前/拖期生产计划问题

This paper discusses such dynamic characteristics of quality management in-formation system based on CIMS for large - piece OKP as integration , distribution , extension and adaptation .

文章论述了CIMS环境下大型单件小批生产的质量管理信息系统具有的动态集成性、动态分布性、动态扩展性和动态适应性；

Firstly , the thesis introduces the basic content of OKP , summarizes up the previous solution of logistics scheduling problem and builds logistics scheduling model of OKP enterprise .

首先对OKP生产模式的基本内容进行了描述，总结了以前对物流调度问题的各种求解方法，构建了OKP企业物流调度模型。

The logistics scheduling is an important aspect of OKP enterprise operation , it has an important impact to elevate the competitiveness of enterprises and increase their economic efficiency for the OKP enterprise .

物流调度是OKP企业运作中的一个重要环节，对提升整个OKP企业的竞争力、增加其经济效益有着十分重要的影响。

The PPC Mode of Large-Piece OKP

大型单件小批生产的计划与控制模式

As the progress of the society and the development of the technology , customers have more and more variety demands on products . OKP ( One-of-a-Kind Production ) is becoming one development mode of manufacturing .

随着社会的进步和技术的发展，顾客对产品的需求日趋多样化，单件产品生产（OKP）方式已成为制造业发展的一种模式，这对生产控制系统提出新要求。

Finally , this paper designs the three algorithms to solve the logistics scheduling problem of OKP enterprise , which are basic ant colony algorithm , ant colony optimization algorithm and adaptive ant colony algorithm .

最后设计了应用于求解OKP企业物流调度问题的基本蚁群算法、蚁群优化算法和自适应蚁群算法，通过仿真实验对其进行了实现并验证了其应用的可行性和有效性。

The right man-hour models can offer accurate methods for man-hour quota establishment , and also provide exact and reliable datum for production planning , and also in favor of production management in Large-Piece OKP Enterprises .

工时模型的正确建立，为油箱生产的工时制定提供了良好的方法，也为油箱的生产计划提供了准确可靠的数据支持。同时也有利于大型单件小批制造型企业的生产管理。

Also proved by this paper , in solving the issue of OKP enterprises logistics scheduling , ant colony optimization algorithm and adaptive ant colony algorithm is superior to the performance of the basic ant colony algorithm , and the adaptive ant colony algorithm has optimal performance .

经本论文研究证明，在求解OKP企业物流调度问题时，蚁群优化算法和自适应蚁群算法的性能都优于基本蚁群算法，且自适应蚁群算法的性能最优。

In particular , in Large-Piece OKP Enterprises , the production have no fixed man-hour quota and the planner depend on only experience to estimate the man-hour quota when planning because of being unable to obtain scientific man-hour quota datum .

特别像大型单件小批制造型企业，生产产品没有固定的工时定额，在生产计划的排程上只有靠经验估工，找不到科学的产品工时作为计划的数据支撑。

Earliness and tardiness production planning with due_date for multi_location OKP manufacturing systems is studied and a linear 0-1 programming model is proposed . The objective is to find an optimal scheduling and to minimize the total sum of earliness and tardiness penalties , production costs and transport costs .

描述了分布式多工厂单件制造企业准时化生产计划问题，以实现最小化提前/拖期惩罚费用、生产成本、产品运输费用之和为目标建立了0-1规划数学模型；