提出了基于最大容差域的容差设计方法。
A tolerance design method based on maximum tolerance region is presented in this article.
稳健设计即系统设计、参数设计、容差设计。
The steady design consists of system design, parameter design and allowance design.
提出了一种基于修正容差关系的扩充粗糙集模型。
In this paper, a new extension of rough set based on modified tolerance relation is presented.
并对激励幅度具有容差的侧射天线阵进行了计算。
Numerical examples are given for the broadside array in which the excitation amplitude coefficients have tolerances.
可靠性容差设计是电路可靠性设计的重要组成部分。
Reliability tolerance design is an important part of circuit reliability design.
基于容差关系粗糙集的提出扩大了粗集的应用范围。
The presentation of rough sets based on tolerance relations expands the application scope of rough set theory.
方法具有简便、可靠、快速实时性和容差性等特点。
This method is characterized for its simple, reliable, fast real-time performance and tolerance.
尤其是色容差，色容差超标往往会给予不合格的判定。
Especially the color tolerance, color tolerance levels tend to give unqualified judgement.
利用所提出的迭代搜索法，进行了系统容差自动分析。
The automatic analysis of the system's tolerance is performed by means of the iterative seeking method.
该计算方法亦可推广应用于其他产品的容差设计阶段。
This method could be extended to the tolerance design of other products.
合理确定参数的容差是产品质量设计中的一个重要问题。
In product quality design, an important problem is how to determine tolerance of parameters appropriately.
在容差分析中提出基于尺寸容差的装配公差优化方法。
The paper brings forward the method of optimal design of tolerance based on dimensional allowance in Virtual Assembly.
建立了直线阵列天线容差区内误差任意分布的物理模型；
The physical model for arbitrary tolerance distribution of array elements is presented.
若与超出插针深度容差的连接器匹配，则可能会损坏连接器。
Mating connectors with out of tolerance pin depths may destroy the connector.
确保容差设在20左右，消除锯齿和连续是勾选上的，如下图。
Make sure that the Tolerance value is set to about 20 and that the Anti-alias and Contiguous options are checked as demonstrated below.
在扩充粗糙集理论中，容差关系是一种处理不完备信息系统的工具。
Tolerance relation is an effective tool in patulous rough set theory to deal with incomplete information systems.
研究了线性容差电路的K故障模糊屏蔽诊断中最优激励的获取方法。
A method to obtain optimum excitation in K fault fuzzy screen diagnosis for circuits with tolerance is studied.
本文给出了精确测定文本行字符基线的算法，讨论了基线检测的容差。
This paper presents a precise detection algorithm for locating the baseline of a text line, and the tolerance for baseline detection has been discussed.
本文深入研究了分布式阵列综合的关键技术，并对其进行了容差分析。
In this dissertation, the key techniques in distributed arrays synthesis are studied in detail, and the tolerance is distributed arrays analyzed.
由于模拟电路存在容差，最小直线距离法可以用处理电路中的容差问题。
Since tolerance exists in analog circuits, minimal distance approach is used to solve tolerance issue.
本文以质量损失函数为计算基础，得出零件非配合尺寸的容差计算公式。
Using Genichi·Taguchi′s approach, this paper gives all formulas that are suited for calculating the allowances of mechanical parts′ non-fit measurements.
本文提出一种线性模拟容差电路故障诊断方法——改进的L_1范数方法。
In this paper, an improved L1-norm method for diagnosing the faults in analog circuit with tolerance is proposed.
一个完整的产品设计可以分为三个阶段，即系统设计、参数设计和容差设计。
A whole design process can be divided into three phases known as system design, parameter design and tolerance design.
在具有容差的模拟电路故障诊断中，似相关块的存在影响故障定位的准确性。
The influence of look-like correlative blocks on the accuracy for location of faults is serious in the fault diagnosis of analog circuits with tolerance.
容差和工艺余量分别是控制零件制造误差和补偿产品装配累积误差的重要参数。
Tolerance restricts manufacturing error of part, and allowance redeems the error that comes into being in the process of product assembly.
提出了一种基于统计理论、信息融合及神经网络的容差模拟电路故障诊断方法。
Based on statistics theory, data fusion and neural network, a new fault diagnosis method for analog circuits with tolerance is proposed.
这种方法较好地解决了在状态变化大的非线性系统中进行容差自动化分析的问题。
The method effectively solves the problem of the tolerance automatic analysis of the nonlinear system whose state changes greatly.
本文主要讨论天线单元失效和容差对固态有源相控阵天线副瓣电平和增益的影响。
The effects of element failure and tolerance on antenna sidelobe level and gain in solid-state active phased array is mainly discussed in this paper.
最后，当考虑到对过时性的设计和容差时，您需要确定哪些实际记录系统在总应用程序设计中。
Finally, when thinking about your design and your tolerance for staleness, you need to determine what the actual system of record is in your overall application design.
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