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- electronic computing units 电子计算单元
- electronic computing unit 电子计算单元
- Let's have a look at your electronic computer. 让我们瞧一瞧你们的电子机算机。
- All electronic computers consist of five units although they are of different kinds. 电子计算机虽然种类不同，但它们都是由五个部件组成的。
- Wonderful designs of electronic computers and radar units are conceivable. 可以预见，设计奇妙的电子计算机和雷达装置即将出现。
- JECC Japan Electronic Computer Co. 日本电子计算机公司。
- What he wants most is an electronic computer. 他最想要的是一台电子计算机。
- An electronic computer for personal use. 外宾: 一台个人使用的电子计算器。
- I want to open this morning's talk by asking if you are interested in our electronic computer. 在今天上午开始会谈之时，我想问一下您是否对我们的电子计算机感兴趣。
- The invention of electronic computers has made it possible to free man from the labour of complex computations. 电子计算机的发明使得人们有可能从繁杂的运算劳动中解放出来。
- Wayside ATP computing unit, CBI computing unit and carborne ATP computing unit are all based on the same fail safe architecture. 轨旁ATP计算单元，CBI计算单元和车载ATP计算单元全部是基于相同的故障安全体系架构。
- Tian Jin ZhongHuan Electron Computer co. 天津市中环电子计算机公司。
- LEAP has solved or partly conquered the inherent problems of superscalar by predigesting control logic and increasing the efficient computing units on chip. LEAP采用简化控制逻辑、大幅提高片上有效计算单元比例的设计思想，解决或部分解决了超标量技术的本质问题，能够有效提高以循环为核心的应用程序的执行效率。
- The earliest electronic computer made in Japan completed in1956. It was set to develop in1949 by FUJI Film Company. 日本制造的最早的电子计算机，1956年完成，由富士胶片公司于1949年着手研制。
- This electronic computer works as well as that one . 这台电子计算机运转起来同那台一样好。
- ALU is one of the most important and usually used computing units in microprocessors, the speed and power dissipation of ALU have important effect on the performance of whole microprocessor. 算术逻辑部件作为微处理器中最重要和最常用的运算部件之一,它的速度与功耗对整个微处理器性能具有很大的影响。
- How long is it since the electronic computer came into use? 电子计算机开始应用到现在已有多久了?
- Electronic computers are now in common use all over the world. 电子计算机已在世界各地普遍使用。
- Some of the students can operate the electronic computer. 一些学生能操作电子计算机。
- A method QFOAC that quantifies the fragments of placement was proposed in this paper, QFOAC sums the fragment contribution of every occupied reconfigurable computing unit to get the fragment value of the chip. 本文提出了一种对布局碎片进行量化的方法QFOAC;该方法将每个已占用的可重构计算单元对总碎片量化值的贡献求和;得到可重构芯片布局碎片量化值.
