| 1. | Graphical symbols for diagrams - part 12 : binary logic elements
简图用图形符号.第12部分:二进制逻辑元素 |
| 2. | Graphical symbols for electrical diagrams . part 12 : binary logic elements
电气简图用图形符号第12部分:二进制逻辑元件 |
| 3. | Binary logic module
二进制逻辑微型组件 |
| 4. | Binary logic element
?论理素子 |
| 5. | Graphical symbols for diagrams - part 12 : binary logic elements iec 60617 - 12 : 1997 ; german version en 60617 - 12 : 1998
简图用图形符号.第12部分:二进制逻辑元件 |
| 6. | Fluid - power systems and components . fluid logic circuit . part 1 : symbols for binary logic and related functions
液压动力系统和元件.液控逻辑电路.第1部分:二进制逻辑及有关功能符号 |
| 7. | Binary logic circuitry , on the other hand , has only two states , logic 0 and logic 1 , and noire immunity of hundreds or thousands of millvolts
另一方面，二进制逻辑电路只有两个稳态? ?逻辑0和逻辑1 ，其噪声容限可以达到数百至数千毫伏。 |
| 8. | Begin with analysis of binary logic implementation by single - thresholded neuron ( stn ) , we drew a conclusion that digital logic implementation by neuron is actually a classification problem in multi - dimension space . meanwhile , we pointed out the demerits of soluting such problem by stn . then , the mtn and its transfer function was discussed particularly
首先从二值数字逻辑的单阈值神经元实现的分析入手，通过对一个例子的分析，得出用神经元实现数字逻辑实为一个在多维空间中分类问题的结论，同时指出单阈值神经元在解决这一问题时存在的缺陷。 |
