在生物医学信号采集中，无线遥测体现出很好的优越性。
Wireless telemetry has shown great advantages in sampling biomedical signal.
该生物医学信号采集处理系统由硬件与软件两部分组成。
The acquisition and processing system of biomedical signals is composed of two parts: hardware and software.
实际研究表明，时频分析方法能够解决很多生物医学信号问题。
It has been shown that many biomedical signal problems may benefit from time frequency analysis.
本文介绍一种磁带记录生物医学信号的方法——脉冲比例调制。
Pulse ratio modulation, a method of recording biomedical signals with magnetic tape, is presented.
实际研究表明，时频分析方法能够解决很多生物医学信号问题。
It has been shown that many biomedical signal problems may benefit from time frequency analysis. The basic method of time freq...
隐马尔可夫模型正在被愈来愈多地引入到生物医学信号的处理中。
Hidden Markov Model is now being applied increasingly in biomedical signal processing.
它减少了波形失真度和平均叠加次数，提高了生物医学信号提取水平。
Extraction level of biomedical signals is improved by reducing wave distortion and average superposition times.
要处理强噪声生物医学信号，要根据其实际情况，选择适当的处理方法。
We will be according to the actual situation and select the appropriate approach to deal with biomedical signals in strong noise.
研究方向：穿戴式与普遍系统，移动保健，生物医学信号处理，深入嵌入式系统。
Research Interest: Wearable and ubiquitous systems, m-Health, biomedical signal processing, and deeply embedded systems.
在本文中，作者主要负责用于生物医学信号的多通道数据采集板的研究与设计工作。
In this dissertation, the author mainly undertakes the design of the data acquisition circuit board for biomedical signals.
一种基于多媒体增强指令集(MMX)技术的生物医学信号采样数据软件解调方案。
A novel sampled data software demodulation solution for biomedical signal acquisition based on Multimedia Extensions (MMX) technology is introduced in this paper.
介绍一种基于IBM PC微机或其兼容机为核心的通用生物医学信号采集与处理系统。
This paper introduces a biological medical signal data acquisition and process system in common use based on IBM-PC microcomputer for the core.
主要从事生物医学信号处理、医学图像处理、医疗仪器开发、模式识别等方面的研究工作。
Her research interests include biomedical signal processing, medical image processing, medical instrument developing and pattern recognition.
在对生物医学信号时间序列进行复杂度分析时，往往需要首先对原始信号进行粗粒化预处理。
It is often to take a coarse graining preprocessing before a complexity analysis is made for biomedical signal time series.
文章介绍生物医学信号遥测系统的关键问题，即如何实现信号的调制、解调及抗干扰的一些措施。
On this paper, we introduce the key problem of the remote biomedical detection system, which is how to realize the modulation and demodulation of the signal and the anti-jamming measures.
由于它在生物医学信号分析、语音识别、无线通信等领域应用的不断拓广，它已成为一个热门的研究领域。
It has become an increasing important research field due to its rapid growing applications in various areas, such as biomedical signal analysis, speech recognition, tele communication and so on.
诱发电位（EP）和事件相关电位（ERP）的单次提取是生物医学信号处理领域颇受关注的一个研究问题。
Single-trial estimation of evoked potentials(EP)and event-related potentials(ERP)is the interesting field in biomedical signal processing.
生物医学信号检测是对生物体中包括生命现象、状态、性质、变量和成分等信息的信号进行检测和量化的技术。
The measurement for the bio-signal is a kind of technical, which check and detect the style, phenomena, property, variable and composition of the living things.
光电隔离是系统抗干扰的一种重要措施，在生物医学信号的抗干扰中被广泛应用，但信号的线性隔离却少有报道。
Photoelectric isolation is an important measure of system anti-jamming, and it is widely used in the signal processing biomedicine engineering. But signal linear isolation is rarely reported.
作为数字信号处理领域的一个重要分支，生物医学信号处理理论与技术的研究一直受到国内外科技工作者的高度重视。
As an important branch of digital signal processing, the theory and technology of biomedical signal processing have attracted more and more attention of researchers.
相关维数是定量描述非线性时间序列的一个重要参数，在脑电、心电等生物医学信号的特征描述方面得到了广泛地应用。
Correlation dimension is an important parameter to measure a nonlinear time sequence quantitatively, and it is widely used to analyze biomedical signal, such as EEG and ECG.
将声卡作为生物医学信号的采集设备，将是一个低成本、高性能、兼容性强、升级方便的计算机生物医学信号的采集系统。
Sound card-the gathering device for biomedical signals is a low-costed high performance strong compatibility easy upgraded gathering system for biomedical signals with computer.
该方法在语音信号处理、无线通讯、噪声消除、生物医学信号处理、地震信号处理以及图像处理等方面得到了广泛的应用。
It is widely applied to audio signal processing, communication signal processing, noise decreasing, medical signal processing, earthquake signal processing and image signal processing etc.
盲信道辨识也可应用于信号处理的其他领域，如地震波分析、雷达波分析、图象盲恢复、生物医学信号分析等，因此具有很高的实用价值。
Therefore, it is more efficient and more applicable to advanced communication systems. Blind channel identification also has applications in image restoration, geoscience, etc.
应用统计信号分析导论，第三版，生物医学和电气工程应用指南。
Introduction to Applied Statistical Signal Analysis, Third Edition Guide to Biomedical and Electrical Engineering Applications. PDF.
当前，心电信号的处理仍是生物医学工程研究的重要对象之一。
Currently the processing of Electorcardiosignal is still an important research object in Biomedical Engineering.
对心电信号进行分析处理，以及时准确获取病人生理活动可靠的内部特征信息，是生物医学研究者所面临的重要问题。
For getting accurate intrinsic characteristic message of physiology activity of patient in time, ECG signal analysis and processing becomes an important problem facing medicinal researchers.
对心电信号进行分析处理，以及时准确获取病人生理活动可靠的内部特征信息，是生物医学研究者所面临的重要问题。
For getting accurate intrinsic characteristic message of physiology activity of patient in time, ECG signal analysis and processing becomes an important problem facing medicinal researchers.
应用推荐