| EXAMPLE SENTENCES | ||
|---|---|---|
基于混沌学原理产生随机数，不仅随机数序列内部有随机性，而且随机数序列本身也具有随机性。 The random sequence is created basing on the Chaos principle. There is not only randomness inside the random sequence but also in random sequence itself. | ||
加密过程为：由随机数发 生器RNG产生随机数RN； The encryption process is: random generate number RN by random number generator RNG; | ||
因而在这个例子中，我将使用这种随机数技术。 Thus, in this example, I shall use this random number technique. | ||
该方法基于迭代评估，利用随机数集作为输入。 The method is based on iterative evaluations using sets of random numbers as inputs. | ||
由8位单片机产生伪随机数的最快的方法是什么？ What is the fastest way to generate pseudo random number by 8-bit MCU? | ||
其他的增强有设备的随机数生成器以及双精度的支持。 Other enhancements are on-device random number generation and double precision support. | ||
如果随机数搞乱了，那么基于它之上的所有安全都是可疑的。 If random numbers are messed up, all security based on it is suspicious. | ||
为此，文中提出了有效的随机数渐近线分布法对其进行评估。 So, the paper presents the method of random asymptote distribution to solve it. | ||
回想一下我们上周介绍的非常基本的构建块，它允许您获取1到10或1或100之间的随机数。 Recall that very basic building block we introduced last week which allowed you to grab a random number between 1 and 10 or 1 or a hundred. | ||
但是普渡大学的一组研究者用意想不到的方式挑战了衰变速率恒定这个假设。相比于原子核衰变，他们对随机数更感兴趣。 But that assumption was challenged in an unexpected way by a group of researchers from Purdue University who at the time were more interested in random Numbers than nuclear decay. | ||
