有效的调度方法和优化技术的研究与应用，是实现先进制造和提高生产效益的基础和关键。
Study research and application of effective method of scheduling and optimization technology of advanced manufacturing and raise the efficiency of production is very important.
与硬件开发工程师及制造工程师相互配合开发满足客户，设计要求及制造要求的生产测试方法。
Interact with hardware development engineers and manufacturing engineers to develop production test strategies that meet customer, design and manufacturing requirements.
基于智能体技术，提出了芯片制造生产线动态调度新方法，实现了投料调度、工件调度与设备维护调度的集成。
A new agent-based dynamic scheduling approach for semiconductor wafer fabrication was proposed, which integrated release control, dispatching and machine preventive maintenance scheduling.
针对由于汽车模具调试工时难以确定所导致的制造成本和生产周期与生产实际相差较大的问题，提出了基于工时管理系统的汽车模具调试工时估计方法。
There are many difficulties in estimating the manufacturing cost and production cycle of the die in production quoting due to the uncertainty of the man-hour of die adjusting and testing.
本文研究所采用的平衡优化技术与方法，对于一般离散型制造企业的装配生产线平衡设计具有理论指导意义和实际参考价值。
The balancing optimization theory and methodology under this study may serve as a valuable reference for the design and optimization of assembly lines in discrete manufacturing enterprises.
由于存在诸多不确定性因素，使得传统的生产计划与控制方法不能满足再制造生产过程的要求。
There exists many uncertain factors in the remanufacturing process, so the traditional methods of production planning and control are not appropriate for the remanufacturing process.
由于存在诸多不确定性因素，使得传统的生产计划与控制方法不能满足再制造生产过程的要求。
There exists many uncertain factors in the remanufacturing process, so the traditional methods of production planning and control are not appropriate for the remanufacturing process.
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