您要查找的是不是：
- The Compression of ECG Signal Based on Wavelet Transform and Adaptive Coding 心电信号小波变换自适应编码压缩方法
- compression of ECG signal 心电信号压缩
- The hardware circuit includes analog acquisition and real-time compression processing of ECG signals based on FPGA. 针对改进后心电信号压缩算法的实现,本文设计了基于FPGA的心电信号采集及压缩处理系统的硬件电路。
- In thispaper, cross term interferences of Wigner Drstribution and principle of smoothing to eliminate them are discussed by using mathematical model of ECG signal. 本文结合心电信号的数学模型讨论了维格纳分布的交叉干扰问题，以及运用平滑处理消除这一干扰的原理；
- The result of this disposing is an integrated and low no ise level cycle of ECG signal, which contains all useful characteristic signals.We hope it will be convenient for doctors. 这种方法最后得到的是一个完整且低噪声的ECG周期，其中包含了有用的各种特征信号，对判断病情十分有利。
- Objective To find a method for denoising of ECG signals during spaceflight. 目的寻找适合载人航天需要的心电信号去噪方法。
- Semi-Lossless Compression Algorithm of ECG Signal Based on Wavelet Transform 基于小波变换的心电信号准无损压缩算法
- This paper uses the EZ-USB integration interface chip to develop hardware and software,realizing the collection of ECG signal,and makes a detailed account for the designs of circuit and firmware. 本文利用集成接口芯片EZ-USB在硬件及软件方面进行设计开发,实现了对心电信号的采集,并对电路设计和固件设计部分进行了详细说明。
- Lorenz plot finding is useful for the AF disease in automatic diagnoses of ECG signals. 在进行心电信号的自动检测时,洛伦兹散点图可以作为辅助判断房颤的标准。
- A physical sensation produced by compression of a part of the body. 压迫感身体上某一部分由压迫而引起的生理上的感觉
- Study of ECG signal noise reduction based on DSP 基于DSP的心电信号除噪声方法研究
- A Research of ECG Signal Preamplifier Circuit 心电前置放大电路的研究
- Sampling Technique of ECG Signal in Windows98 Windows98下心电信号的采集技术
- The Collecting System of ECG Signal Based on EZ-USB 基于EZ-USB的心电信号采集系统
- LFM Pulse Compression of a CO2Laser[J]. 引用该论文 曾昭信;史双瑾.
- Design of ECG Signal Sampling System Based on USB 基于USB接口的心电信号采集系统的设计
- Neural network algorithm for data compression of ambulatory ECG signals 动态心电信号数据压缩的神经网络算法
- What do I need to know about compression of my UPS Billing Data? 对于压缩我的UPS缴款资料,什么资料我需要知道?
- Compression of nerve roots cranial to L4 is uncommon. 压迫腰4神经根相对少见。
- WAVELET TRANSFORM METHODS ON AUTOMATIC DETECTION OF ECG SIGNAL 心电信号自动检测的小波变换方法
