内容包括：数组、链接表、栈和队列、递归、树与森林、图、排序、检索和散列结构等。
The contents are included as follows: Array, Linked List, Stack and Queue, Recursion, Tree and Forest, Graph, Sorting, Indexing and Hashing Structure, etc.
很多对象，或它们使用的结构，都基于某种散列或数组结构。
Many objects, or the structures they use, are based on some kind of hash or array structure.
程序员必须学习使用一些新数据结构和访问方法，而不是使用简单的散列。
Instead of using a simple hash, the programmer must learn to use a number of new data structures and access methods.
在上面的示例中，如果使用一个简单的散列图(hashmap)或二进制搜索树就可以轻易地解决问题，但是用XSL实现一个这样的数据结构并不是很方便，并且是不必要的。
In the above example, a simple hashmap or binary search tree could have easily solved the problem, but implementing one of these data structures in XSL would be inconvenient and unnecessary.
您必须自己编写解析器的可能性，因为您可能需要多种不同数据结构(例如，布尔型、标量、数组和散列)。
The probability that you may have to write your own parser, because you are likely to need a variety of different data structures (booleans, scalars, arrays, and hashes, for example).
LinkedIn在其Hadoop管道上构建了一个索引结构：这会产生几个TB的查找结构，该结构完美地使用了散列(每个键只需要2.5个位)。
LinkedIn builds an index structure in their Hadoop pipeline - this produces a multi-TB lookup structure that USES perfect hashing (requiring only 2.5 bits per key).
编写自己的解析器，因为您需要不同的数据结构(布尔型、标量、数组)和散列：AppConfig处理所有这些数据结构，但它这样做时不用嵌套。
Writing your own parser because you need different data structures (booleans, scalars, arrays) and hashes: AppConfig handles all these data structures, but it does so without nesting.
随后，此字符串将被传递给VectorSpace模块，并且数据散列的数据结构将依靠文件名来获得文件内的向量列表。
This string is then passed into the VectorSpace module, and a data hash data structure is keyed on the filename for the list of vectors within a file.
该设计使用了基于空间散列的帧频控制算法以优化LCD显示图像质量，并使用两级缓存结构以保证稳定的输出数据流。
This design USES a frame rate control algorithm based on space-hash to improve the quality of the LCD display. It USES two-level buffer structure to ensure steady output flow.
性能测试的结果表明密码算法和单向散列算法在SDTA结构上获得了较好的性能。
The results show that the implementations of the encryption algorithms and one-way hash algorithms achieved relatively high performance.
性能测试的结果表明密码算法和单向散列算法在SDTA结构上获得了较好的性能。
The results show that the implementations of the encryption algorithms and one-way hash algorithms achieved relatively high performance.
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