直方图、控制图和过程能力指数就是利用这个原理对生产过程进行管理的主要统计技术。
The control picture and the exponent of the process capability, which is using the theory, is the main technology of the statistic.
阐述统计过程控制的原理、应用控制图对过程作出统计稳态的判断，分析并提高过程能力。
Presents the principle of statistics process control, the judgement of state in statistical control for a process by means of control chart, and the analyses and improves process capability.
面向质量目标的统计公差与累积和控制图的并行设计方法为适应这一需求而开展的研究。
The research is developed for meeting this requirement that Quality-oriented statistical tolerance and CUSUM control chart to be concurrently designed.
质量控制图是保障生产过程处于统计控制状态，减少废品出现的有效工具。
Quality control chart is a useful tool for monitoring produce process in statistics state and reducing waster.
在很多情况下，统计标准和实践经验的运用促成了控制图设计的普遍原理和准则的产生。
The use of statistical criteria and practical experience has led, in many cases, to general guidelines for the design of control charts.
传统控制图的设计仅仅考虑统计标准。
Traditionally, control charts have been designed with respect to statistical criteria only.
定义中心极限定理，并且理解其在置信区间、控制图等统计推断应用中的意义。
Define the central limit theorem and understand its significance in the application of inferential statistics for confidence intervals, control charts, etc.
方法以统计学的正态分布与中心极限定理为理论基础，结合免疫进化的思想，提出免疫控制图原理及学习算法；
MethodsBased on the theory of normal distribution and central limit theorem of the statistics, the immune control chart is proposed, which combines the immune idea.
本论文使用统计过程控制和控制图表的方法来度量和分析软件过程，达到了商业目的和技术要求。
This paper is using statistical process control and control charts to measure and analyze software processes, and achieves business and technical goals.
在药品生产质量管理活动中引入控制图作为统计分析工具，是有效的控制技术手段。
As a statistical analysis tool, control chart introduced into quality management activities is an effective technic way for control.
本文首先介绍了自相关过程的特点和识别、统计过程控制中的过程能力分析和控制图方法的基础理论和知识。
The basic theory and knowledge of the characteristics and identification methods of auto-correlated process, process capability analysis and control charts are first introduced in this paper.
因此，在一些统计过程控制中，须考虑自相关现象并采用适当的控制图方法。
So methods for dealing with autocorrelated data in the statistical process control environment have been considered.
体哈特控制图的基本假定是欲控质量特性的统计量服从正态分布。
The fundamental assumption for Shewhart control Charts is that the statistics desired to control the quality depend on normal distribution.
平均运行长度(ARL)被广泛地用在统计过程控制(SPC)中，人们常用它来评估和比较各种各样控制图的监测效果。
As we know that the average run length (ARL) is an extensively used measure in statistical process control (SPC) for evaluating and comparing the detection performance of various control charts.
合并了传统统计过程质量控制中的分析用控制图功能与控制用控制图功能。
The control chart's analysis moment and control moment in tradition statistical process quality control joined together.
试验表明，在大多数情况下，它比其它统计过程控制图表现出更快的探测性和更准确的诊断性。
Experiments shows that it out performs other SPC chart in terms of faster detection and more accurate diagnosis.
给出一组分组数据，六西格玛黑带应能选择和作出正确的控制图，并且确定给定的过程是否处在统计控制状态。
Given a set of subgrouped data, the Six Sigma Black Belt should be able to select and prepare the correct control charts and to determine if a given process is in a state of statistical control.
控制图在统计过程控制的建立和维持中有着广泛的应用。
Control charts are widely used to establish and maintain statistical control of process.
以控制图为主要工具的统计过程控制技术是在线控制过程质量的重要手段。
Statistical process control, which uses control chart as the main tool, is of great importance to the on-line statistical process quality control.
介绍了统计过程控制原理，推导了均值极差控制图进行结构连 续损伤识别的过程；
The principle of statistical process control is introduced and the damage identification process using Xbar-R chart is derived.
结合断裂伸长和卷缩率指标的特点，引入了先进统计技术，成功的将控制图应用于指标的控制。
Then the thesis introduces the advanced statistical techniques, successfully use control chart to control the elongation and crimp shrinkage. of DTY.
休哈特提出的质量控制图是统计过程控制的一种重要工具，在质量控制领域得到了广泛应用。
Control chart developed by W. A. Shewhart is an important tool of statistical process control widely used in quality control field.
通过比较统计过程控制与其他控制理论，本文分析了统计过程控制的特点与控制图应用在污水处理过程中的适应性。
Lastly, by comparing with other control theories and tools, traits of SPC and the applicability of control chart in wastewater treatment process were discussed.
通过比较统计过程控制与其他控制理论，本文分析了统计过程控制的特点与控制图应用在污水处理过程中的适应性。
Lastly, by comparing with other control theories and tools, traits of SPC and the applicability of control chart in wastewater treatment process were discussed.
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