论文部分内容阅读
引言提高数字计算系统的功能和灵活性的有效方法是采用固定存储器。这样的存储器是早已皆知的了,如单读存储器或电方式不破坏读出固定存储器。用于控制目的的计算机可作为固定存储器应用的一个例子。通常,这种系统尺寸小,比较省,并且不需要进行改变,但是计算的范围稍受限制。程序和常数输入方案以及这种系统的存储方法是很重要的。固定存储器能够用不耗费功率的方法实现输入和存储系统中所需要的内容。而且能够以缩小空间占地的方式安装线存储器;无论如何,在应用中存储器所占据的空间要小于带式或其他一些输入所需要的空间。在大型和小型的计算机中,可用
Introduction An effective way to improve the functionality and flexibility of digital computing systems is to use fixed memory. Such memories are well known, such as single-read or electrically-read non-volatile fixed memory. A computer for control purposes can be used as an example of a fixed memory application. Generally, such a system is small in size, relatively provincial, and does not require changes, but the calculated range is somewhat limited. Programs and constant input schemes and how to store them in this system are important. Fixed memory can be used to input and storage system without the power of the method required to achieve the content. And line stores can be installed in a reduced footprint; in any case, memory takes up less space in applications than tape or some other input. Available in large and small computers