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- Discrete Cosine Transform-Based ECG Data Compession by Template. 基于离散余弦变换的ecg数据模板压缩算法
- ECG data compression technique is one of the key techniques in ECG data store and transfer. 心电数据压缩技术是心电信号存储、传输过程中的关键技术之一。
- An algorithm based on AES and Digital Signature is used to encrypt patient medical record and real-time ECG data. 考虑到安全性和隐私性问题,我们采用最新的高级加密标准(AES)结合数字签名技术对患者病例、实时心电数据等敏感信息进行加密。
- The ECG data was analyzed to detect the times of TWA occuring and their amplitudes using a power spectrum analysis. 给出了采用该方案对受试者进行T波交替检测的实例。
- Results:The ECG data transmitted between monitor and patients are nicety and none distortion. 结果:无线发送前后的心电图数据准确,波形无失真。
- In this article,a new ECG compression method applying 2-step vector quantization(VQ) on DCT coefficients of ECG data was introduced. 本研究提出了一种新的心电信号压缩方法,该方法对心电数据进行离散余弦变换(DCT)并对DCT变换的结果进行二级矢量量化。
- Sampling ECG, detecting QRS by wavelet transform and transmitting ECG data to a server in the hospital are all completed by DSP. 最后将心电波形数据和检测结果通过互联网传输到医院的心电服务器上。
- The middle lines detailed my raw ECG data and heart rate, and the bottom lines delineated the jolts of my physical movements. 中间的几条线则是我的心电图资料与心搏速率的详细情形，底下的几条线则显现我生理上的活动。
- The result of testing with real ECG data indicatedthis system could accomplish real-time compression of 3 leads ECG data with thesame performance of simulation. 对实际心电信号的压缩实验表明，系统可以实现三路导联心电信号的实时压缩且具有和仿真结果一致的压缩性能。
- A new type of portable ECG recorder based on single chip microprocessor 8031 is described in this paper,It possesses the function of recording prevenient ECG data in memory. 本文介绍了一种采用单片微机8031控制的新型便携式心电记录仪。
- This paper advance the way of applying the high-end embedded microprocessor chip of AT91RM9200 into the ECG monitor, and design the ECG data acquisition system based on ARM architecture. 本文提出了将高端ARM 处理器芯片AT91RM9200 应用到心电监护仪中,设计了基于ARM 体系结构的心电数据采集系统。
- DSP chip TMS5402 was used to implement ECG intelligent analysis and data compression. An algorithm based on AES and digital signature was designed to encrypt patient medical record and real-time ECG data. 用DSP芯片TMS5402完成心电数据的智能分析和数据压缩,采用最新的高级加密标准(AES)结合数字签名技术对患者病例、实时心电数据等敏感信息进行加密。
- Since the importance of data security and privacy is more and more recognized, an algorithm based on AES and digital signature is adopted to encrypt patient medical record and real-time ECG data. 考虑到安全性和私隐性问题,我们采用高级加密标准(Advanced Encryption Standard,简称AES)结合数字签名技术对患者病例、实时心电数据等敏感信息进行加密。
- Real Time ECG Data Compression Using TMS320C31 TMS320 C31在实时心电数据压缩中的应用研究
- A new real time algorithm for ECG data compression 一种新的心电(ECG)数据实时压缩算法
- TER_DCT Compression Technology of ECG Data Sequence ECG数据序列的TER_DCT压缩技术
- AN ADAPTIVE ECG DATA COMPRESSION ALGORITHM 信息自适应多导心电数据压缩算法
- A Comprehensive Method of ECG Data Compression 一种综合的心电数据压缩方法
- A NEW LOSSLESS COMPRESSION ALGORITHM FOR ECG DATA 一种新颖的心电数据无失真压缩算法
- A NOVAL ECG DATA COMPRESSION METHOD VIA DCT 用DCT压缩ECG数据的新方法
