We used it to display results of Huffman algorithm.
我们用它来显示哈夫曼算法的结果。
Huffman tree structure to achieve the Huffman algorithm.
实现构造哈夫曼树的哈夫曼算法。
This algorithm is totally different from previous huffman algorithm in the operation process of optimizing binary tree.
该算法在使二叉树达到最优的运算过程中，完全区别于以往的哈夫曼算法。
Summary of design: the procedures used by the data structure is linear tree and table, the algorithm used by the main sculpture, in order Huffman algorithm.
概要设计：本程序所使用的数据结构是树和线性表，所使用的算法主要有堆排序、赫夫曼算法。
Huffman algorithm we use to establish a Huffman tree (the optimal binary tree), while the frequency of the data as the weights assigned to Huffman tree nodes.
我们利用哈夫曼算法建立一棵哈夫曼树(最优二叉树)，同时将数据出现的频率作为权值赋给哈夫曼树中的结点。
Test with ECG data, we drew a conclusion following:(1) This algorithm can lossless compress ECG data and yield a high compression ratio than Huffman algorithm.
通过对心电的压缩试验表明：（1）此算法能够有效的对心电数据进行无损压缩，得到比熵编码更好的压缩比；
Considering characters of biomedical signals, the paper proposes the Improved Adaptive Huffman algorithm, a real -time compression algorithm can be used in SCM.
针对生理信号的特点，本文提出了一种能够在多数单片机上使用的实时压缩算法——改进型自适应哈夫曼算法。
The gzip compressor is based on the DEFLATE lossless data compression algorithm, which USES a combination of the LZ77 algorithm and Huffman coding.
gzip压缩器基于deflate无损数据压缩算法，它使用LZ77算法和Huffman编码的组合。
Traditional Huffman coding is structured in the way of tree pattern, using the chain or static chain structure in algorithm, and every node in space has left, right tree and parents Pointers.
传统哈夫曼编码借助树形结构构造，算法实现时使用链表或静态链表结构，空间的每个结点内有左、右子树、双亲指针。
The algorithm uses a fixed set of complementary parity codes to replace the encoding table that dynamically generated by the traditional Huffman method.
该算法使用固定奇偶码，省去了传统算法动态生成哈夫曼树的繁琐过程；
Rate-distortion control algorithm in MPEG-4 AAC(Advanced Audio Coding) needs to search Huffman code books many times to obtain the reference number of the current consumed bits.
AAC的码率失真控制算法需要多次检索霍夫曼码书以获得当前状态比特消耗的参考值。
Rate-distortion control algorithm in MPEG-4 AAC(Advanced Audio Coding) needs to search Huffman code books many times to obtain the reference number of the current consumed bits.
AAC的码率失真控制算法需要多次检索霍夫曼码书以获得当前状态比特消耗的参考值。
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