More sales, more algorithm-fueled recommendations, and the positive feedback loop kicked in.
一时间，网站的留言里好评如潮，销量因此进一步增加，这就带来了更多的好评，于是形成了一个正反馈。
The more inputs and statistical information collected, the better the algorithm will be at predicting a range of outcomes.
输入和收集的统计信息越多，算法就越能准确地预测一系列结果。
You can develop an algorithm that USES little memory for management but takes more time to manage the available memory.
您可以开发一种使用少量内存进行管理的算法，但是要花费更多时间来管理可用内存。
So, working around the clock over a weekend, they built another version, with a more rudimentary algorithm.
所以，经过一个周末通宵达旦的工作，他们建立了另一个算法更简单的程序。
On the other hand, a more flexible algorithm might not have made that same generalization with the bias toward a certain type of functions.
另一方面，一个更灵活的算法可能对某些类型的函数不会做出有类似倾向性的概括。
We'll now go through each step of the algorithm in more detail, examining most of the interesting code snippets along the way.
现在，我们将更为详细的查看算法的每一步，同时查看大部分有意思的代码片段。
No more searching into your old books for the best algorithm to find out whether one node is positioned before the old one in the tree.
不需要在旧书里面查找最佳的算法以确定一个节点是否在树中另一个节点的前面。
Whichever one is larger initially will have more redundancy for the compression algorithm to reduce.
无论哪种编码，原始大小越大，压缩算法去掉的冗余就更多。
The algorithm also kept track of which numerals belonged to which person and whose handwriting was more similar or distinct.
通过算法，还进一步记下这些数字相应的书写者以及笔迹较相似或更为不同的人士。
Because neither was strictly more predictive than the other, we couldn't pick one algorithm now and upgrade to the other later.
因为任何一个都不比另一个具有更严格的预测，所以我们现在不能挑出一种算法并将其升级为另一种算法。
One downside to this algorithm is that it requires more math with big numbers, and thus is a little more computationally taxing on a busy server.
这个算法的缺点是需要计算更大的数字，所以对于一个很忙的服务器来说计算成本更大。
The ZLIB compression algorithm requires more processor time but works well when applied to more varied data.
ZLIB压缩算法需要更多的处理器时间，但适用于更具变化性的数据。
The doomsday rule is now more commonly known as the doomsday algorithm.
末日规则更广为人知的名字是末日算法。
Of course, this algorithm probably raises more questions than it answers.
当然，与这个算法解决的问题相比，它导致的新问题可能更多。
So the more complex algorithm doesn't always yield the perfect answer.
更复杂的算法通常不会有完美的答案。
Where those pieces, I would do the same thing with, I would divide them up into smaller chunks, and sort those. Is that going to give me a more efficient algorithm?
合并起来，而那些小列表，我又会把他们拆成更小的列表，再排序，这会给我，一个更高效的算法么？
The original MISTY algorithm was developed by researchers at Mitsubishi. The MISTY algorithm was more secure, but more computationally intensive, than the modified KASUMI variant.
MISTY算法是由三菱的工程师开发出来的，原始的MISTY算法保密性更强，但所需完成的计算任务则比KASUMI算法更为繁重。
Then more gaming will occur to override the new algorithm, which they’ll then have to change.
然后其它针对新算法的作弊又会出现，最终又得更改算法。
The SHA algorithm is more secure, producing a 160-bit output compared to the MD5 algorithm's 128-bit output.
与MD 5算法的128位输出相比，sha算法更安全，它产生160位输出。
In particular, having a read-barrier allows you to switch to a simpler GC algorithm - and a simple algorithm can be more easily made parallel, scalable, concurrent and robust.
特别是，拥有读操作屏障允许你切换到较简单的GC算法—更易于并发、扩展和强壮。
This algorithm tends to be memory efficient (allocating what's necessary) but requires more time to manage the heap.
这种算法通常具有较高的内存使用效率(分配需要的内存)，但是却需要花费更多时间来对堆进行管理。
To gain more flexibility, you might be interested in studying the scheduling algorithm of Hadoop and perhaps share your new methods for improving Hadoop performance.
为了获得更大的灵活性，您应该研究Hadoop的调度算法，寻找提高Hadoop性能的新方法。
Allows you to switch to a simpler GC algorithm - and a simple algorithm can be more easily made parallel, scalable, concurrent and robust.
可以切换到更简单的GC算法上：简单的算法更易于达到并行、可伸缩、并发以及健壮的要求。
The second, more simple, algorithm, the Deutsch-Jozsa algorithm, tests whether the flip of a coin is fair or not.
第二个更简单的算法叫做Deutsch -Jozsa算法，它用来测试一枚硬币的正反面是否等概率出现。
The MD5 password encryption algorithm further improved security by allowing more robust passwords. An example of a shadow password entry is below.
MD 5密码加密算法支持更为可靠的密码，从而进一步提高了安全性。
I could improve the algorithm, adding bells and whistles such as phenotypes or more flexible rules, or I could have more fun with the fitness function.
我可以改进算法，添加诸如表现型(phenotype)或更灵活的规则之类的小功能部件，或者可以进一步改进fitness函数。
You're finding that today's audience is much more interested in the filter of their colleagues and friends who they trust than an algorithm produced by someone else.
你会发现如今的读者，对经过他们信任的朋友和同事筛选过的内容更感兴趣，而不是由陌生人编写的算法所选择的内容。
You can also develop an algorithm that efficiently manages memory but USES a bit more memory.
也可以开发一个算法来有效地管理内存，但却要使用更多的内存。
Google annually on its search algorithm to make more than 500 revisions, but most modify only affects a very small part of the search results.
谷歌每年都会对其搜索算法作出超过500次的修改，但大多数修改仅仅会影响极少部分的搜索结果。
Google annually on its search algorithm to make more than 500 revisions, but most modify only affects a very small part of the search results.
谷歌每年都会对其搜索算法作出超过500次的修改，但大多数修改仅仅会影响极少部分的搜索结果。
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