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- Telemetering is one of the ideal methods of metering biomedical signal. 遥测技术是生物信号测量的理想方法之一。
- Wireless telemetry has shown great advantages in sampling biomedical signal. 在生物医学信号采集中,无线遥测体现出很好的优越性。
- Extraction level of biomedical signals is improved by reducing wave distortion and average superposition times. 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。
- Extracting features from biomedical signals to provide some decision support for medical diagnoses is an important aspect in the development of biomedical engineering. 提取生物医学信号中的特征信息,为医学诊断提供决策支持,是生物医学工程发展的一个重要方向。
- In this article, the authors normalized approximate entropy (ApEn) and C0 complexity that were most suitable for complexity analysis of biomedical signals. 文章对在生物医学信号复杂度分析中最有潜在应用价值的近似熵和C0复杂度进行了归一化。
- It is often to take a coarse graining preprocessing before a complexity analysis is made for biomedical signal time series. 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。
- M. Akay, "Time Frequency and Wavelets in Biomedical Signal Processing," Endorsed by IEEE Engineering in Medicine and Biology Society, pp.211-420, 1998. 翁国正，“应用小波系数临界法于消除助听器背景噪音之技术”，国立成功大学电机工程学系硕士论文，民国九十二年。
- This book systematically introduces biomedical signal and image analysis of the relevant basic knowledge and the main methods of analysis. 本书系统地介绍了生物医学信号、图像分析的相关基础知识和主要的分析方法。
- This paper gives reviews of it s applications in biomedical signal analysis such as EEG,EP,ECG and processing of medical image. 本文综述了这一新方法在诸如EEG、EP、ECG、医学图像等生物医学信号中的广泛应用,并对各自效果进行了分析。
- Research Interest: Wearable and ubiquitous systems, m-Health, biomedical signal processing, and deeply embedded systems. 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。
- In this paper, the methods of the biomedical signal sampling, calibrating and scale translating of experiment parameter in pharmacolgical experiment are introduced. 本文介绍了药理学实验中,实验信号的标定,采样,和实验参数的标度变换等项功能的实现。
- A novel sampled data software demodulation solution for biomedical signal acquisition based on Multimedia Extensions(MMX)technology is introduced in this paper. 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。
- The portable instrument collecting and handling on human body biomedical signal springs up broadly in family medical treatment and the health care field . 对人体生物医学信号进行采集和处理的便携式设备广泛地涌现在家庭保健和医疗领域。
- In order to meet the demands of teaching and scientific research, it is necessary to carry on the research and design about acquisition and processing system of biomedical signals. 因此为满足生物医学工程专业教学和科研的需要，进行生物医学信号采集处理系统的研究和设计是十分必要的。
- Correlation dimension is an important parameter to measure a nonlinear time sequence quantitatively,and it is widely used to analyze harmonic component of power system and biomedical signal. 相关维数是定量描述非线性时间序列的一个重要参数,在电力系统谐波分析与生物医学信号特征描述等方面得到了广泛地应用。
- Implemented quantitative indices of early DAN diagnosis and treatment through considering its physiological basis of involvement and applying some effective biomedical signal processing methods to HRV analysis combined with GSR analysis. 将心率变异性分析和皮肤流电响应检测与生物医学信号处理的研究方法应用于临床，结合糖尿病自主神经病变的发病机制与临床表现，实现了对早期自主神经病变诊断方法的量化分析;
- The Application of Sound Card on Biomedical Signals 声卡在生物医学信号采集中的应用
- NEAR-LOSSLESS COMPRESSION OF BIOMEDICAL SIGNALS 生物医学信号的近无损压缩
- Real-Time Monitoring and Data Acquisition of Biomedical Signal 生物医学信号的实时监控与数据采集
