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这篇文是在 182 天前水的,憨憨作者 182 天前改了下,估计不能看了。

I have been thinking about where the calculation is starting ... The earliest use of China's earliest use is calculated. This calculation is made of bamboo, and also uses wood, and the animal bones act as a material. About two hundred seventy pieces, put it with you in the bag.
我一直在想...计算从何时开始...中国古代最早采用的一种计算工具叫算筹.这种算筹多用竹子制成,也有用木头,兽骨充当材料的.约二百七十枚一束,放在布袋里可随身携带。

Until today, the bead calculator is still in the field of ancient Chinese computing tools, and the beads calculating in the Ming Dynasty has almost the same as the modern bead calculator.
直到今天仍在使用的珠算盘,是中国古代计算工具领域中的另一项发明,明代时的珠算盘已经与现代的珠算盘几乎相同。

However, the original consolidation and abacus also have some drawbacks, that is, in many cases they can only be used to calculate the reduction, maybe you can take, but you can't calculate the triangle function, derivative, and calculus such a relatively high thing..
不过...原始的算筹和算盘也有一些弊端,那就是很多情况下他们只能用来计算加减法,或许能够乘除,但是一定无法计算三角函数,导数,微积分这类相对高等的东西.

In the beginning of the 17th century, the calculation tools in Western countries have a large development. The "Napier calculation" in Napot in the UK, and the British Pastor Ohrm is invented by cylindrical logarithmic calculations. This calculation ruler can not only do Adding and subtracting, multiplying, multiplied, and even calculates triangle functions, index functions, and logarithmic functions. These computing tools not only promote the development of calculators, but also lay a good foundation for modern calculator development. Modern society applies a wide range of calculation tools.
17世纪初,西方国家的计算工具有了较大的发展,英国数学家纳皮尔发明的"纳皮尔算筹",英国牧师奥却德发明了圆柱型对数计算尺,这种计算尺不仅能做加减乘除、乘方、开方运算,甚至可以计算三角函数,指数函数和对数函数,这些计算工具不仅带动了计算器的发展,也为现代计算器发展奠定了良好的基础,成为现代社会应用广泛的计算工具.

In 1642, only 19-year-old French, the principle of the Paska reference abacus, invented the first mechanical calculator, there were some gears interlocked with each other in his calculator, and a turn of ten gears would make Another gear turned, people can dial in the number of numbers like dialing the phone number, and the calculation results will appear in another window, but only the addition and subtraction calculation can be made. In 1694, Leibniz made it improved in Germany.
1642年,年仅19岁的法国伟大科学家帕斯卡引用算盘的原理,发明了第一部机械式计算器,在他的计算器中有一些互相联锁的齿轮,一个转过十位的齿轮会使另一个齿轮转过一位,人们可以像拨电话号码盘那样,把数字拨进去,计算结果就会出现在另一个窗口中,但是只能做加减计算。1694年,莱布尼兹在德国将其改进成可以进行乘除的计算。

However, these devices can only calculate smaller numbers.
但是,这些设备,仅仅可以计算较小的数字

For larger numbers, still needed to further improve.
对于较大的数字,还是有待于进一步改进

In 1813, Charles Barce made a small calculator that can be calculated 8-digit calculated. In 1823 he got the government's support, design a computer with a capacity of 20 digits. Its manufacturing requires high mechanical engineering technology.
1813年查尔斯巴贝奇制成能进行8位数计算的小型计算器.1823年他得到政府的支持,设计一台容量为20位数的计算机。它的制造要求有较高的机械工程技术。

In 1834 he designed the principle of the analyzer (the predecessor of modern electronic computer). In this design, he has envisaged any math computation in accordance with the instructions on the in-hole card of the stored data, and envisage most of the other features of modern computers, but due to the 1842 government refused to further support his work. Barceo's calculator failed. The Schlemo's Schutz made a calculator according to his design in 1855. Make the real computer to the electronic era. And the later electrical era, his record was broken.
1834年他设计了分析机(现代电子计算机的前身)的原理。在这项设计中,他曾设想根据储存数据的穿孔卡上的指令进行任何数学运算的可能性,并设想了现代计算机所具有的大多数其他特性,但因 1842年政府拒绝进一步支持他的工作,巴贝奇的计算器未能完成。斯德歌尔摩的舒茨公司按他的设计于1855年制造了一台计算器。使真正的计算机时至到电子时代才制成。 而后来的电气时代,他的记录才被打破。