Based on the study of ECG signal features, a new lossless ECG compression algorithm is put forward here.
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。
This thesis is composed of an ECG compression algorithm based on multiple sparse decompositions and its real-time application on DSP system.
本文的主要内容包括基于多维稀疏估计的心电信号压缩算法设计和心电图实时压缩系统的DSP硬件实现两部分。
It can record and monitor ECG signal continuously up to 24 hours a real-time ECG compression algorithm (MFAN), DRAM technique and optimal coding method are presented.
该系统采用了实时自适应ecg数据压缩算法(MFAN)、最优编码和大容量动态存储器等技术，可存储长达24小时的心电信号。
A new real time high performance algorithm for ECG data compression is presented in this paper.
在本文中我们提出了一个新的高性能的ECG数据实时压缩算法。
The LADT ECG data compression method has been theoretically and clinically analyzed in this paper. A fast algorithm for implementation of LADT method is proposed.
本文从理论和临床应用的角度分析了近期应用较多的LADT心电数据压缩方法，并给出了它的一种快速实现算法。
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；
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；
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