更引人注目的是，相对论性晶片可运用比目前所有电脑用的二进位运算更复杂的逻辑。
Even more dramatically, relativistic chips could employ logic that is more sophisticated than the binary operations all computers now use.
为实现逻辑大小的最小化，本设计只使用两个从0到7的整数和带进位的计数器。
To minimize the logic size, this design USES only two integers ranging from 0 to 7 together with a carry for the counters.
此机之总体逻辑将由记忆部门之程序控制，这些程序用二进位数字表示。
The overall logical control of the machine will be effected from the memory... by orders formulated in a binary digital code.
首先介绍了常用并行加法器的设计方法，并在此基础上采用带进位强度的跳跃进位算法，通过逻辑综合和布局布线设计出了一个加法器。
On the basis we design an adder by the adoption of carry skip algorithm with carry strength signals and implement, through logic synthesis and layout.
首先介绍了常用并行加法器的设计方法，并在此基础上采用带进位强度的跳跃进位算法，通过逻辑综合和布局布线设计出了一个加法器。
On the basis we design an adder by the adoption of carry skip algorithm with carry strength signals and implement, through logic synthesis and layout.
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