A fast fractal-based ECG lossy compression technique significantly reduced computation time compared to the traditional version while maintaining high compression ratios.
A novel fast fractal-based ECG compression technique reduces computational time while maintaining high compression ratios, facilitating efficient continuous ECG monitoring in e-health systems.
Abstract ECG signal is widely used in most cardiology e‐health systems. Patients may be monitored continuously for at least 12 h a day. Therefore, the ECG signal size transmitted to a hospital server during continuous monitoring is significant. Furthermore, transmission of the large size ECG signal is a power consuming process. ECG compression is one of the proposed solutions to overcome this problem. In this paper, a new fractal‐based ECG lossy compression technique is proposed. It is clear that fractal can use ECG signal self similarity characteristics efficiently to achieve high compression ratios. The proposed technique is based on developing the fractal model in conjunction with Iterated Function System. Fractal is well known as a time consuming technique, and therefore, new mathematical development is proposed to potentially reduce fractal computations. Experiments have proven the significant performance of fast fractal in comparison with the traditional version. Furthermore, the resultant compression ratios are close to the traditional fractal results and higher than other existing techniques.
Ibaida et al. (2023) studied ECG monitoring. Fast fractal-based ECG lossy compression technique vs. Traditional fractal version and other existing techniques was evaluated on Compression ratio and computation time. A fast fractal-based ECG lossy compression technique significantly reduced computation time compared to the traditional version while maintaining high compression ratios.