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Advanced Equipment Control (AEC) Using Knowledge Management Concept

机译:使用知识管理概念的高级设备控制(AEC)

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We have developed an AEC system which is an easy to use and new implement concept to assist increasing Semiconductor Equipment utilization rate and performance. There are too many difference types of equipment are used in production line to produce logic device. Such as lithography, track, deposition, etch....etc. Semiconductor process which is a sequentially flow to make a device. Therefore, one of these tools was down (functionality failed). It must impact all fabs production flow and plan. We developed a program and help the on site engineer to easily handle the problems, and to recover the tool efficiently. The chief characteristic of the AEC system which we have developed a program that are classified into two types: one is the normal operation program which maintain and trace system's each events, that can help on-site engineers to know the system historical data. The other one is abnormal operation program which means, when system has any fault or warning, the program can help to show up the message to the graphic user interface to alert the on-site operation people, also we have developed a knowledge management algorithm to assist on site engineers to make quickly decision and look for resource to recover the tool back to normal as soon as possible. In this paper, we are reporting design methodology and simulation results of implementing AEC on etching process equipment.
机译:我们开发了一个AEC系统,这是一种易于使用和新的实现概念,可以帮助增加半导体设备利用率和性能。生产线中使用太多的差异类型的设备来生产逻辑设备。如光刻,轨道,沉积,蚀刻....等等。半导体过程是依次流动以制造装置。因此,其中一个工具已关闭(功能失败)。它必须影响所有Fabs生产流程和计划。我们开发了一个程序并帮助现场工程师轻松处理问题,并有效地恢复工具。我们开发了一个归类为两种类型的程序的AEC系统的主要特征:一个是维护和跟踪系统的正常操作程序,可以帮助现场工程师知道系统历史数据。另一个是异常操作程序,这意味着,当系统有任何故障或警告时,程序可以帮助向图形用户界面向上网来提醒现场操作的人,我们也开发了一种知识管理算法协助现场工程师快速决策,并寻找资源,尽快将工具恢复正常。在本文中,我们报告了在蚀刻工艺设备上实施AEC的设计方法和仿真结果。

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