A multiple method for ECG signal compression

Chinese Journal of Biomedical Engineering

Volumn 21, Issue 6, 2002, Pages 557-562

  Li, Gang ^a   Liu, Rong ^a   Lin, Ling ^a  

^a NONE

Author keywords

Beat template; Huffman encoder; LADT; Multiple compression; Residual

Indexed keywords

DATA COMPRESSION; ELECTRIC DISTORTION; IMAGE CODING;

BEAT TEMPLATES;

ELECTROCARDIOGRAPHY;

ARTICLE; COMPRESSION; COMPUTER PROGRAM; DATA ANALYSIS; ELECTROCARDIOGRAM; ELECTROCARDIOGRAPHY; INFORMATION; METHODOLOGY; PARAMETER; SIGNAL DETECTION; SIGNAL PROCESSING; WAVEFORM;

EID: 0037147428     PISSN: 02588021     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (29)

1. Jie Chen, Shuichi Itoh. A Wavelet Transform-Based ECG Compression Method Guaranteeing Desired Signal Quality [J]. IEEE. BME, 1998, 45(10):1414-1419
2. Hanwoo Lee, Kevin M. Buckley. ECG Data Compression Using Cut and Align Beats Approach and 2-D Transforms[J]. IEEE. BME, 1999,(5):556-564.
3. Julian L, Cardenas-Barrera, Juan Valentin Lorenzo-Ginori. Mean-Shape Vector Quantizer for ECG Signal Compression[J]. IEEE. BME, 1999,46((1):62-70.
4. SC Tai. ECG data compression by corner detection, Med. & Biol, Eng & Comput, 1992,30:584-590.
5. Burak Acar, Hayrettin Koymen. SVD-Based On-Line Exercise ECG Signal Orthogonalization[J]. IEEE. BME, 1999,46(): 311-321.
6. Richard J, Coggins, Marwan A. Jabri. A Low-Complexity Intracardiac Electrogram Compression Algorithm[J]. IEEE. BME, 1999,46(1):82-91.
7. Li Gang, Feng Jing, et al. Fast Realization of the LADT ECG Data Compression Method. IEEE Med Bio Eng, 1994, April/May:255-258.
8. Li Gang, Lin Ling, et al. Technical Note: A Study on Encoding of Compressed ECG Data for Solid-state Holter Recorders, Journal of Clinical Engineering, 1996, May/June: 250-252.
9. W J Tompkins. Biomedical Digital Signal Processing, Englewood Cliffs, NJ: Prentice-Hall, 1993.
10. J Cox, F Nulle, et al. AZTEC, A preprocessing Program for Real-time ECG Rhythm Analysis[J]. IEEE BME, 1968,15 (1):128-129.
11. J.P. Abenstein, W.J. Tompkins. New Data-reduction Algorithm for Real-time ECG Analysis[J]. IEEE Biomed Eng BME, 1982,BME-29(1):43-48.
12. M Ishjima, SB Shin, GH Hostetter, et al. Scan-along Polygon Approximation for Data Compression of Electrocardiograms [J]. IEEE Biomed Eng, 1983,BME-30, Nov: 723-729.
13. ME Womble, JS Halliday, et al. Data Compression for Storing and Transmitting ECGs/VCGs. Proc IEEE, 1977,65(5): 702-706.
14. BRS Reddy, ISN Murthy. ECG Compression using Fourier Descriptors[J]. IEEE Biomed Eng, 1986,BME-33(3):428-434.
15. HAM Al-Nashash. ECG Data Compression Using Adaptive Fourier Coefficients Estimation[J]. Med Eng Phys, 1994,16(1): 62-64.
16. SC Tai. Improving the Performance of Electrocardiogram Sub-band Coder by Extensive Markov System[J]. Med Biol Eng Comput, 1995,33(5):471-475.
17. JA Crowe, NM Gibson, et al. Wavelet Transform as a Potential Tool for ECG Analysis and Compression[J]. J Biomed Eng, 1992,14(5):268-272.
18. K Anant, F Dowla, G Rodrigue. Vector Quantization of ECG Wavelet Coefficient[J]. IEEE Signal Processing Lett, 1995,2 ():129-131.
19. ML Hilton. Wavelet and Wavelet Packet Compression of Electrocardiograms[J]. IEEE Biomed Eng, 1997,44(5):394-402.
20. H Imai, N Kimura, Y Yoshida. An Effecient Encoding Method for Electrocardiography Using Spline Functions[J]. Syst Comput Jpn, 1985,16:85-94.
21. GD Barlas, ES Skordalakis. A Novel Family of Compression Algorithms for ECG and Other Semi-periodical, One-dimensional, Biomedical Signals[J]. IEEE Biomed Eng, 1996,43(8):820-828.
22. Y Nagasaka, A Iwata. Data Compression of Long Time ECG Recording Using BP and PCA Neural Networks. IEICE Inform Syst, 1993,E76-D:1434-1442.
23. CP Mammen, B Ramamurthi. Vector Quantization for Compression of Multichannel ECG[J]. IEEE Biomed Eng, 1990,37 (9):821-825.
24. P Roos, et al. Reversible Intraframe Compression of Medical Images[J]. IEEE Medical Imaging, 1988,7(4):328-336.