本文介绍了一台250兆赫的隧道二极管计算机的系统设计。为了克服运算速度与主存贮器速度之间的脱节,采用了复杂的超前控制技术并对此作了详细讨论。在机器结构方面,提出了在运算器中用后进先出存贮器来代替累加器。运算器、变址部件以及输入输出部件都设计得能各自独立运行,并能高速地执行简单的算法。预计这台机器每微秒能执行四条到五条指令。 This article describes the system design of a 250 MHz tunnel diode computer. In order to overcome the disjunction between the speed of operation and main memory speed, a sophisticated advanced control technique is employed and discussed in detail. In terms of machine construction, it is proposed to use the first-in-first-out memory instead of the accumulator in the arithmetic unit. Arithmetic units, indexers, and I / O units are designed to run independently and execute simple algorithms at high speed. It is expected that this machine can execute four to five instructions every microsecond.