在研究ecg信号特征的基础上，提出了一种新的心电数据无损压缩算法。
Based on the study of ECG signal features, a new lossless ECG compression algorithm is put forward here.
在众多的压缩算法中，RLE压缩属于无损压缩，能够对原始数据进行完整的还原。
Among the many compression algorithm, RLE compression is lossless compression to the original integrity of the data reduction.
结果表明，该算法对遥测噪声数据的无损压缩效果明显，满足课题的要求。
The results showed that effect of the algorithm to the remote measurement data noise lossless compression is obviously, which can meet the requirements of the subject.
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；
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.
介绍检测无损压缩的目的、应用以及针对管道漏磁检测数据的一种检测无损压缩方法。
The aim and application of diagnostically lossless compression and the data compression method for magnetic flux leakage (MFL) inspection of pipelines were introduced.
现有的通用无损压缩算法往往对文本数据压缩比较有效，而对典型数值模拟数据的压缩则不理想。
Universal lossless algorithm of data compression are always efficient to text and inefficient to typical numerical data from simulation.
文本数据是数字图书馆中常见的一种信息资源，对文本数据的压缩主要采用无损压缩技术。
Text is a kind of very common resource in digital library, and lossless techniques play an important role in compressing text.
同时由于医学数据的特殊性，以及医生在临床诊断的需要和医学数据后处理的要求，需要对医学数据进行无损压缩。
At the same time, due to the speciality of medical data and the requirements of both clinical doctor's diagnosing and further medical data processing, the lossless compressing is indispensable.
本文通过对医学心电数据和医学MRI图像数据的分析，采用相应的无损压缩算法对其进行压缩。
In this thesis the medical ECG data and medical MRI image data were compressed with corresponding lossless compression arithmetic.
通过大量实际数据集的实验测试与分析，表明提出的无损压缩技术对于相似序列数据具有很好的压缩比。
A large number of experimental tests and analyses on real datasets show that the proposed lossless compression technique can achieve good compression ratio.
通过对网络传输中的几何数据进行无损压缩，提出了一种能有效缓解网络负荷的方法。
Through lossless compression of geometric data in the network transmission, an efficient method which alleviates the network burden is proposed.
摘要：为解决地震数据的无损压缩存储问题，研究了多种地震数据标准以及整型和浮点型数据的无损压缩算法。
Absrtact: To solve the problem of seismic data lossless compression effectively, many seismic data standards, lossless integer and float-point encoding are studied.
程序的主要功能是利用哈夫曼编码对数据进行无损压缩，实现Huffman压缩的编码器和译码器。
The main functions of the procedure is to use Huffman coding lossless compression of data to achieve Huffman compression encoder and decoder.
该方法通过分析多种地震标准的内部结构特点，有针对性地对整型和浮点型数据分别进行无损压缩。
By analyzing the structure of the seismic standards, the integer data or float-point data is compressed separately in the method.
该方法通过分析多种地震标准的内部结构特点，有针对性地对整型和浮点型数据分别进行无损压缩。
By analyzing the structure of the seismic standards, the integer data or float-point data is compressed separately in the method.
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