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An Algorithm for Automatic Design of Logical Cryogenic Circuits

机译:逻辑低温电路的自动设计算法

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Logical cryogenic circuits differ from the circuitry used with other devices as paths for both the required function and its denial must be provided. Present techniques for logical design of cryogenic circuits either rely on the experience of the designer to achieve a minimal circuit or are derived from analogous relay circuits. An algorithm to develop minimal (or near minimal) circuits by collapsing a complete decoding-tree structure by removing un-needed devices is discussed. The algorithm requires no subjective decisions and is readily programed for inclusion in an automatic design system. A generalization of the algorithm to include functions of n-ary input variables and multiple outputs is also presented.
机译:逻辑低温电路与其他设备使用的电路不同,因为必须提供所需功能及其拒绝的路径。用于低温电路的逻辑设计的当前技术或者依赖于设计者的经验来实现最小化的电路,或者源自类似的继电器电路。讨论了一种通过去除不需要的设备来折叠完整的解码树结构来开发最小(或接近最小)电路的算法。该算法不需要主观决定,并且易于编程以包含在自动设计系统中。还介绍了该算法的一般化,包括n元输入变量和多个输出的函数。

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