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Microcomputer programming skills

机译:微电脑编程技巧

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One of the most overwhelming aspects of the microcomputer revolution has been the speed with which hardware costs have plummeted. The software versus hardware costs ratio which prompted much of the interest in software engineering in recent years has grown dramatically as the parallel development of the microprocessors pushed down the cost of computer systems and their proliferation fueled software demand. This is increasing the need for skilled programmers for microsystems, part of which will be met by programmers currently working on big systems. In this paper we will examine some of the differences in skills and techniques that one can expect to encounter in the transition from programmer to microprogrammer. (The terms microprogram, microprogrammer , and microprogramming are frequently used in reference to the firmware or microcode of large machines. We will be using such terms only with reference to microprocessors.)
机译:微计算机革命中最强大的方面之一是硬件成本暴跌的速度。由于微处理器的平行开发推动了计算机系统的成本及其增殖软件需求,该软件与硬件成本率促使对软件工程的大部分兴趣发生幅度大幅增加。这越来越需要对Microsystems的技术人员来说,其中部分将由目前在大系统上工作的程序员满足。在本文中,我们将研究一个技能和技术的一些差异,即人们可以期望在从程序员到微生物图中的转换中遇到的技能和技术。 (术语微生物图,微生物图和微生物图经常参考大机器的固件或微电机。我们将仅参考微处理器使用这些条款。)

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