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A low complexity, low power, programmable QRS detector based on wavelet transform for Implantable Pacemaker IC

机译：一种基于小波变换的低复杂度，低功耗，可编程QRS检测器，用于植入式起搏器IC

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This paper presents a QRS detector operating in multi-mode with low complexity, power saving consumption for implantable pacemaker IC. The complexity of detector is optimized after testing dynamic range of internal signals. Correspondingly, static power c

机译：本文介绍了一种QRS检测器，该检测器可在多模式下运行，复杂度低，可节省植入式起搏器IC的功耗。在测试内部信号的动态范围后，可以优化检测器的复杂度。相应地，静功率c

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《SOC Conference, 2006 IEEE International》|2006年|P.160-163|共4页
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作者
Thanh-Tung Hoang; Jong-Pil Son; Yu-Ri Kang; Chae-Ryung Kim; Hae-Young Chung; Soo-Won Kim;
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中图分类工业技术;
关键词
channel bank filters; field programmable gate arrays; integrated circuit design; low-power electronics; pacemakers; signal detection; wavelet transforms; FPGA; MIT-BIH Arrhythmia database; database archives; deactive filter banks; down sampling rate structure; impla;

机译：通道组滤波器;现场可编程门阵列;集成电路设计;低功耗电子产品;心脏起搏器;信号检测;小波变换; FPGA; MIT-BIH心律失常数据库;数据库档案;无源滤波器组;下采样率结构; impla;

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机译：一维离散小波变换的低功耗，低复杂度串行串行VLSI架构
2. A Real-Time QRS Detector Based on Discrete Wavelet Transform and Cubic Spline Interpolation [J] . Huabin Zheng Jiankang Wu. Telemedicine and e-Health . 2008,第8期

机译：基于离散小波变换和三次样条插值的实时QRS检测器
3. A real-time QRS detector based on discrete wavelet transform and cubic spline interpolation. [J] . Zheng H, Wu J Telemedicine journal and e-health: the official journal of the American Telemedicine Association . 2008,第8期

机译：基于离散小波变换和三次样条插值的实时QRS检测器。
4. A low complexity, low power, programmable QRS detector based on wavelet transform for Implantable Pacemaker IC [C] . Thanh-Tung Hoang, Jong-Pil Son, Yu-Ri Kang, SOC Conference, 2006 IEEE International . 2006

机译：一种基于小波变换的低复杂度，低功耗，可编程QRS检测器，用于植入式起搏器IC
5. A discrete wavelet transform based low complexity H.264 encoder for high bit rate applications. [D] . Ravi, Rangarajan Lakshminarasimhan. 2010

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6. Low Power Adder Based Digital Filter for QRS Detector [O] . L. Murali, D. Chitra, T. Manigandan -1

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7. A low-complexity ECG processing algorithm based on the Haar wavelet transform for portable health-care devices [O] . Peng Li, Ming Liu, Xu Zhang, 2014

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8. Algorithm-Based Low-Power Transform Coding Architectures. Part 2. Logarithmic Complexity, Unified Architecture, and Finite-Precision Analysis. [R] . Wu, A., Liu, K. J. 1995

机译：基于算法的低功耗变换编码体系结构。第2部分。对数复杂性，统一架构和有限精度分析。

A low complexity, low power, programmable QRS detector based on wavelet transform for Implantable Pacemaker IC

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