前言本文着重讨论了微电子学与计算机科学,计算并行性以及非并行性问题的阵列处理机系统。如果并行性问题与非并行性问题均能用阵列处理机系统完美地解决的话,那将是很有意义的。§1、微电子学与计算机科学[1]计算机科学已经从一个导线便宜而开关元件花钱的计算机工艺时代成长起来。而且现在的半导体工艺颠倒了这个情况,使得开关元件较便宜而仅有导线更花钱了。在一个 Preface This article focuses on array processor systems that focus on microelectronics and computer science, computational parallelism, and non-parallelism issues. It would make sense if both parallelism and non-parallelism were handled perfectly with array processor systems. §1, Microelectronics and Computer Science [1] Computer science has grown from an era of computer technology that costs money while the switching components cost money. And now the semiconductor process reverses this situation, making switching components cheaper and more expensive for wires alone. in a