尼亚加拉瀑布属于重量级——一股巨流全部从悬崖上冲泻下来。从上往下看到的现实景像是瀑布自身的强烈运动在凿峡谷。
Niagara belongs to the heavyweights - where a whole solid river plunges bodily over a cliff the real sight from above is the gigantic movement of the falls themselves, digging the gorge.
也许，下一个重量级的应用程序是“降低现实”吧。
可以使用不同的数据值表示相同的现实世界实体，如使用不同的编号表示产品，或使用不同的重量单位。
The same real-world entity might be represented with different data values, such as different part Numbers for a product or different weight measurements. Some of the most common problems include.
显能者等级：16；先决条件：“制造灵物”、“扭曲现实”，“驱散灵能”；重量：1磅。
Manifester Level: 16th; Prerequisites: Craft Universal Item, bend reality, dispel psionic; Weight: 1 lb.
简而言之，在虚拟现实游戏中，投掷都是非常困难的，这是由于不能感知虚拟对象的重量。
In a nutshell, it's hard to throw in VR because you can't sense the weight of the virtual object.
普通的生物在现实中不可能在长到科洛佛怪兽的尺寸的时候还可以在陆地上承受自己的重量。
A normal living organism of ordinary density could not realistically grow to the size of the Cloverfield monster and still be able to support its weight on land.
现实环境中有功耗、重量、大小和速度的限制。
The real world also has constraints on power, weight, size and speed.
一种用来减轻飞机重量的新技术，或许将很快让这种“无窗飞机”成为现实。
New technology that could help reduce the weight of an aircraft could soon see windowless planes take to the air.
基于现实世界中模糊信息的背景，利用模糊逻辑方法讨论如何对模糊信息进行编码与传输的问题。提出能对模糊信息进行编码的模糊纠错码，讨论了重量、距离、译码准则等基本概念。
Based on the background of fuzzy information in real world, this paper researches into the problem of how to encode and transmit fuzzy information by means of fuzzy logical method.
基于现实世界中模糊信息的背景，利用模糊逻辑方法讨论如何对模糊信息进行编码与传输的问题。提出能对模糊信息进行编码的模糊纠错码，讨论了重量、距离、译码准则等基本概念。
Based on the background of fuzzy information in real world, this paper researches into the problem of how to encode and transmit fuzzy information by means of fuzzy logical method.
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