图卡诺语的动词后缀要求说话人说明自己是怎么知道某事的。
Tuyuca requires verb-endings on statements to show how the speaker knows something.
语言学家想知道，语言究竟是怎样在大脑中运作的。而图卡诺语的实据性等就是他们的研究材料。
Linguists ask precisely how language works in the brain, and examples such as Tuyuca's evidentiality are their raw material.
本月的每日一图：摄影师凯瑟琳·卡诺(Catherine Karnow)对照片提出有关的技巧。
This Month in Photo of the Day: Your Photos With Tips From Photographer Catherine Karnow
图卡诺安语的发音系统包括简单的辅音和几个鼻化元音，并不像尤比克语和! Xóõ语那么难。
It has a sound system with simple consonants and a few nasal vowels, so is not as hard to speak as Ubykh or !Xóõ.
本文提出一种异步时序电路设计的符号卡诺图的新方法。
This paper presents a new method of asynchronous design is illustrated by the symbolic Karnaugh map.
文章介绍了在数字逻辑电路设计中降维卡诺图的建立和应用。
This paper discusses the foundation and the application of reduced-dimension Karnaugh map in numeral logical circuit design.
对数字电路中卡诺图化简、时序电路分析和集成电路教学等三个问题的教学方法进行一定的分析和探讨。
This paper is a discussion on some teaching methods of the simplification for Karnaugh map, the analysis of sequential circuit and the teaching of integrated circuits.
通过对编码器真值表的特点分析，利用卡诺图最小项合并规则得出了直接书写逻辑表达式的具体方法。
Through to the encoder truth table characteristic analysis, has obtained the direct writing logical expression concrete method using the Karnaugh map most minor term merge rule.
讨论了逻辑函数卡诺图化简的计算机实现，提出了基于最大覆盖的问题求解方法。
According to different methods of simplifying logic function, this thesis discussed the method of simplifying Karnaugh map by using computer.
基于真值表和卡诺图的等价性，本文提出一种基于真值表搜索的逻辑函数自动化简方法。
Based on the equivalence of the true table and Karnaugh map, a novel general method of simplifying logical functions is proposed in this paper.
本文还介绍了卡诺图高维块的双码表示的新方法。
A new method for expressing the high-degree block of Karnaugh map with two-codes is presented.
探讨了卡诺图化简异或逻辑函数的原理，提出了化简异或逻辑函数的新方法。
The principle of using karnaugh maps to simplify XOR logical functions is explored.
此外，本文提出元件级电路设计的卡诺图方法和代数方法。
Besides, the Karnaugh map method and algebra method are presented for designing component level circuits.
通过两个典型例子，介绍了卡诺图应用于同步时序电路的逻辑分析和逻辑设计的方法。
With two concrete examples, this paper discusses the application of Karnaugh figure in synchronous time-sequence logic circuit's analysis and design.
在用中规模集成逻辑电路实现函数时，使用降维卡诺图可化简多变量函数。
When using MSI to implement logical functions, we can use Reduced-dimension Karnaugh Map (RDM) to simplify multi-variable functions.
三变量卡诺图有八个方格。
根据组合逻辑电路的设计方法，突出用卡诺图化简逻辑表达式在并联比较型A/D转换器编码电路设计中的应用。
To stress the application of Karaugh map on designing of coding circuits in parallel-comparator ADC in terms of the design of combinational logic circuits.
这种方法不同于布尔代数和卡诺图的分析方法，它更有利于实现数字系统的设计自动化。
This method differs from the methods of Boolean-algebra and Karnaugh-map, and it will be of benefits to the design-automation of digital systems.
针对代数法和卡诺图法难以化简规模很大的逻辑函数问题，提出使用蚁群算法处理大规模逻辑函数化简。
As algebra way and map way can not simplify the given large scale logical function, a new way using Ant Colony Algorithm to simplify large scale logical function is put forward.
卡诺图化简仅适用于四个及四个变量以下的逻辑函数的化简。
The method, using Carnon Illustration making the logic function to be simple, is to suit no moue four variables.
讨论了逻辑函数卡诺图化简的计算机实现，提出了基于最大覆盖的问题求解方法。
In order to simplify Karnaugh map this thesis presents a method based on the maximum coverage.
仿效卡诺图设计了以异或门为基本电路的电路设计用图—异或图。
The XOR map is presented that is a graphic for design base on exclusive-OR gate circuits and is follow the example of the Karnaugh map.
这个技术大大扩展了卡诺图的化简能力，在数字电路分析和设计中有着广泛的应用。
The Vem technique greatly expands the simplified capability of K-map and its use covers a lot of area of digital analysis ?nd design in a wide va-riaty of applications.
提出了多变量卡诺图化简的两种方法：对称法和卡诺图变换法。
This thesis has brought up Symmetry Method and Change Carnon illustration Method: using the mult-variable Carnon illustration to ascertain the logic adjacent.
本文阐述了变量卡诺图和函数卡诺图的实用画法；推出了用卡诺图表示和化简逻辑函数的简捷方法。
This article describes the useful graphic representation of variables and functions' Karnaugh map, inferred a concise method to show and simplify the logical functions with the Karnaugh map.
本文通过举例分析合并相邻方格最小项的规律、技巧及方法；最后归纳总结用卡诺图简化逻辑函数的方法与步骤。
Karnow's chart is a common using method for simplified logical fUnction, in this paper, the method and steps are obtained by means of the analyses of the practical examples.
内容包括逻辑真值表，逻辑函数式，卡诺图。
The Maximum Formula of Logic Function and Its Simplification of Karnaugh Diagram;
内容包括逻辑真值表，逻辑函数式，卡诺图。
The Maximum Formula of Logic Function and Its Simplification of Karnaugh Diagram;
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