生产计划系统可以全面改善生产计划编制工作，并将生产导向产量更高、受控状态更好和用户满意度更高的方向。
Production planning System improves the production planning overall and leads your operations towards increased and more controllable production with higher customer satisfaction.
由于处理方式的复杂性，一个极富生产力的计算机辅助生产计划系统要比一个基于不同处理方式的系统更难设计和实现。
Due to the complexity of this approach a generative CAPP system is more difficult to design and implement than a system based on the variant approach.
通常，制造商将利用生产计划系统(production planning system,PPS)来协调其内部生产与外部供应链。
Usually, the manufacturer will utilize a production planning system (PPS) to coordinate internal production and its external supply chain.
为了快速、准确地获得最佳的主生产计划，在分析主生产计划系统中关键问题的基础上，探讨了基于事例推理技术在资源需求求解中的运用，提出了基于事例推理的主生产计划系统基本结构。
On the basis of those key problems, the application of case based reasoning in resource requirements was discussed and the basic structure of the master production scheduling system was proposed.
对MES工程最核心的生产计划模块选用了专家系统来实现其功能。
For the central module of process planning in MES, defines the expert system to realize the function.
按照这种结构，构建企业的集成化生产管理系统，将会实现生产计划的实时调度以及生产过程的实时控制。
According to this structure, constructing integrated production management system, real-time scheduling of production planning and real-time control of production process will be realized.
根据滚动生产计划，在SAP 系统中管理和制定物料计划。
Work out material requirement plan in SAP based on rolling production plan.
因此，建立合理有效的生产计划与控制系统对于半流程制造企业适应市场需要，以及提高其竞争能力具有重要的意义。
So, it is very important for the semi-process industry to establish effective production plan and control system so as to adapt to market requirement and to improve its competent ability.
现有的企业生产计划与控制系统已不能满足虚拟企业环境下的需求，如自治性、分布性、动态性与异构性。
Concurrent enterprises production planning and control system can't meet the requirements of virtual enterprises environment, such as autonomy, distribution, dynamics and heterogeneity.
生产计划与调度系统作为实施CIMS工程中的一个重要组成部分，是CIMS功能结构模型中不可缺少的一个层次。
As an important part of CIMS, the production planning and scheduling system is an obligatory layer in the CIMS function structure model.
生产计划与调度系统是钢铁企业制造执行系统(MES)的核心，亦是整个综合自动化集成系统的重要组成部分。
The production planning and scheduling system is the core of MES iron and steel enterprise, its directly affect the efficiency and cost of steel enterprise.
使用了MRPII系统和标准运输箱。明确的生产计划以确定潜在的瓶颈。
MRP II system is used. Using pool load carriers. Clear production plan allows determining the potential bottlenecks.
在FMS中，生产计划调度与控制是FMS运行控制系统的核心，是决定FMS能否取得预期经济效益的关键技术之一。
The control and scheduling of production planning of FMS act as the core of FMS running control system, and one of the key technologies as well which decide if FMS can obtain anticipated profit.
该系统为企业不同层次的管理提供了科学决策支持，为企业优化生产计划，提高运营效率奠定了基础。
This system puts forward scientific decision support for management on different levels of enterprises, prepared the ground for enterprises optimizing product plan and promoting operate efficiency.
具备一套先进可行的生产计划与调度管理系统，是制造企业实现经营目标，获取预期利润的重要保证和措施。
Have a reasonable advanced production management system, is manufacturing enterprises to achieve operational objectives, and an important guarantee for the acquisition of expected profits.
将石化企业的生产计划与装置的操作工艺作为两个等级进行优化集成，从而构成了一个带有信息反馈通道的闭环系统。
A closed loop system with information feedback consisted of production planning and process operation of unit was optimized and integrated as two ranks in petrochemical industry.
分析客户订单，安排主生产计划，维护系统数据，提供能力报表。
Analyze customer orders, prepare Master Production Schedule accurately, maintain related figure into system, prepare capacity offering report.
存在两种优化问题，生产计划的优化和管理系统状态调整的措施的优化。前者已经引起人们的关注并且有了丰富的研究成果。
There exist two kinds of optimization, the optimization of plans of production and the optimization of measures in adjusting states of management systems.
针对霍林河南露天矿开采设计的特点，开发研制了露天矿生产计划CAD软件系统。
This CAD software system for open-pit mine production planning is designed in accordance with the characters of the mining system of Huolinhe South Open-Pit Mine.
可怜的业务和生产计划的制造系统丧失能力一样坏脾气，一台机器的不可用。
Poor business and manufacturing plans will incapacitate the manufacturing system just as surly the unavailability of a machine.
论述了计算机在编制生产计划中的应用，剖析了计算机系统在计划编制中的应用功能。
The application of computer in working out a production plan and the function of computer system are analyzed.
实例证明，该评价系统科学、准确、全面，为煤矿生产计划、科学管理和正确决策提供了科学依据。
Practical examples prove that the evaluation system works in a scientific, accurate, and complete way and offers a scientific basis for production plan, scientific management and...
可以看出，集成系统对目前我国一些在生产计划与现场管理方面相对落后的企业，具有一定的指导和借鉴意义。
May see, the integrative system to our enterprises which are backwardness in the productive plan and the scene management, has certain instruction and the model significance.
通过系统模拟，分析各种关键因素对生产计划执行过程的影响。提出编制连铸生产计划时应考虑的问题。
Through the analysis and simulation of the system, suggest the parameters to be considered for the formulating of operation program.
在现代制造系统中，生产计划与作业调度是企业生产经营与管理，尤其是复杂、柔性制造系统能否取得预期经济效益的关键手段之一。
Production planning and scheduling was the core of production and marketing management as well as the key technology which determines anticipated profits in complicated flexible manufacturing system.
该监控系统是建立在通用的过程模型基础之上，它与生产计划与控制系统的日期计划和资源占用计划相类似，支持面向订单和资源的过程观点。
The monitoring sys-tem is based on a general process model and it, analogous to the time plan and resource plan ofa PPC system, supports the view of the order-oriented and resource-oriented process.
论文研究了流水线装配型企业PPC的主要系统功能：生产计划，需求决策和生产控制。
Also, such main functions of PPC of pipeline assembly enterprise as production planning, demand decision and production control are studied.
文章介绍了一个基于B/S模式的小型ERP系统的设计，系统包含了库存管理、物料需求计划、销售计划、主生产计划、采购计划等核心功能模块。
The paper introduces the design of a small ERP based on B/S mode. The system includes stock, material requirement, selling, planning, and purchasing module of ERP.
该系统的建立，将会在热轧无缝钢管的生产计划管理中发挥重要作用，从而进一步提高安阳钢铁集团有限责任公司无缝钢管厂热轧无缝钢管的生产管理水平。
The said system will extraordinarily contribute to well- management of the hot- rolled seamless steel tube production plan so as to further enhance the management level in this regard.
分析了测绘生产计划管理的现状，介绍了系统的设计思想、总体结构、主要功能和实现方法。
The paper analyses the developing status of the management of surveying and mapping projects, and discusses the system design philosophy, main structure, basic functions and implementing methods.
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