logic operation中文是什么意思

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中文翻译
造句

逻辑操作
逻辑运算

logic n. 1.逻辑，理论学。 2.推理[方法]；逻辑性，条理 ...
operation n. 1.动作，行动，活动；业务，工作；作用。 2.效果 ...
operation logic 操作逻辑
algorithm and logic operation 算术及逻辑运算
arithmetic and logic operation 算术及逻辑运算
cellular logic operation 细胞逻辑操作
logic micro-operation 逻辑微操作
majority logic operation 多数逻辑运算
prototype logic operation 样机逻辑操作
several educed logic operation 几种导出的逻辑运算
-logic -logic, -logical 〔构成与 -logy 结尾的名词相应的形容词〕表示“…学的”： biological, philological.
and logic “与”逻辑
logic n. 1.逻辑，理论学。 2.推理[方法]；逻辑性，条理性。 3. 威力，压力，强制(力)。 deductive [inductive] logic演绎[归纳]逻辑。 dialectical logic辩证逻辑。 formal logic形式逻辑。 a gangster logic强盗逻辑，恶徒的歪理[言行]。 mathematical logic数理逻辑。 pure logic纯粹逻辑。 He is not governed by logic. 他没有逻辑性。 That is not logic. 那不合逻辑。 the irresistible logic of facts 事实的不可抗拒的威力。 the logic of events [war] 事件[战争]的强制力。 His logic is shaky. 他的推理站不住脚。 chop logic 诡辩。
logic-and 逻辑“与”
or logic 或逻辑
and not operation 与非操作
and operation 与操作
and-not operation 及反操作; 禁止操作
and-operation "与"操作
be in operation 运转着
if then operation 蕴含操作
if-then operation 蕴含操作; 蕴含运算
in operation 起作用，生效; 运转中; 运转着; 在操作中; 在运行
no operation 空操作指令; 停止操作指令; 无操作指令
no-operation 空操作指令; 无操作指令

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例句与用法

The main research includes the following area : image acquisition , image pre - processing , image segmentation , object recognition . an new segmentation method based on quasi - circular assumption and an new object recognition method based on scanning are present . owing to the simple addition , subtraction and logic operation , these two methods have real time property
根据所处理图像的实际特点，文中提出了一种新的基于类圆的粘连体分割方法和基于统计模式识别的类圆识别方法，由于该算法主要的运算为加法、减法和逻辑运算，从而保证了算法的实时性。
On one hand , we improve on one of the existed algorithms which named attribute reduction algorithm based on discernility matrix and logic operation . we propose a new transformation method from conjunction matrix to disjunction matrix that avoids the manual work or global search and can save the time and space . on the other hand , most traditional methods didn ’ t integrate with database operations
主要做了两方面的工作,一方面,对已有的基于可辨识矩阵和逻辑运算的属性约简算法进行了改进,提出了一种从合取项矩阵到析取项矩阵直接转化的方法,避免了传统的人工转化或全局搜索的方法,节省了空间和时间。
Through the simulation of large - scale circuit simulation proved that use the crossover tearing technology could detailed network structure , simplify the diagnostic process , and the neural network can parallel deal with the diagnosis information , and the logic operation can judge the information of the multi - fault . the illustrative simulation shows that it can increase the diagnosis speed and decrease the workload before test
通过对大规模模拟电路的仿真证明,使用交叉撕裂明细网络结构,简化诊断过程,且运用神经网络组对信息进行并行处理,逻辑分析运算对多故障信息进行处理判断,大大提高了故障诊断速度,减小了测前工作量。
First some methods are introduced about the relative reductions in decision information system and in uncompleted system . for example , by the method of the binary string and the " and " of logic operation , we may get reductions which need not create the discern matrix and avoid using the absorption law of boolean algebra ; by defining some new functions , we may also get reductions . the parts of the methods are programmed by matlab
论文首先介绍了常见的约简和相对约简的方法，在此基础之上，提出及修改了一些相关定义，给出有关算法，并通过修改传统的差别函数为相似关系，及运用自定义的函数，不经复杂的逻辑化简，而是利用吸收律，在不生成分辨矩阵的情况下求出不完备信息系统约简集；通过分析差别函数的实质，修改了差别函数的定义，直接转换为用二进制表示的二进制位串的方法，通过“位与”操作，求解约简集等，并通过matlab证明了该方法的可行性。
According to the principle of generation of prime number through boolean algebra logic operation and phase angle matrix analysis of the periodic function it comes out that any even number larger than 4 can be expressed as the sum of two prime numbers ， i . e . “ 1 + 1 ” is tenable , and thereby finishes demonstration of the validity of goldbach ' s conjecture
根据素数的形成机理，从布尔代数的逻辑运算和周期函数的相角矩阵分析，都得出了大于4的任何偶数都可表示成两个素数之和即“ 1 + 1 ”成立，从而完成了哥德巴赫猜想成立的论证。
Mewem ' s essence of " synthesizing , creation and practice " makes the study of mewem a long way to go . in the time yet to come , we should do the following studies on mewem , i . e . the study on procedure of moral education , the study on logic operations of moral education , the study on construction of mewem pattern and the study on
工程德育“综合、创造、实践”的本质，决定了工程德育的研究将是一个复杂的长期的过程，今后对工程德育应做以下几个方面的研究：德育过程控制研究；德育事理运筹研究；德育模式建构研究；德育评估研究。
Because of the multiple - value characteristic of the rt quantum devices , the multiple - value circuits design get more and more recognition . this paper details a logic operation based on a switching sequence in rt circuits , this scheme enables us to design simpler ternary inverter and quaternary inverter circuits , and use this switching sequence also designed ternary nand gate and ternary nor gate
由于rt量子器件本身所特有的多值特性，因此基于rt器件的多值电路设计受到越来越多的重视，论文首先基于开关序列方法对传统的三值反相器进行了改进，以此为基础将开关序列设计方法推广到四值反相器的设计，并实现了基于rt量子器件的三值与非门、或非门设计。