基于小波变换的无创血压检测方法研究

1、http:/http:/http:/http:/http:/基于小波变换的无创血压检测方法研究作者：李顶立， 陈裕泉， 邢雷， 严洪， 陈杭， 叶树明， li ding-li， chen yu-quan ，xing lei， yan hong ， chen hang ， ye shu-ming作者单位：李顶立,陈裕泉,陈杭,叶树明,li ding-li,chen yu-quan,chen hang,ye shu-ming( 浙江大学生物医学工程与仪器科学学院 ,浙江,杭州,310027)， 邢雷,严洪,xing lei,yan hong( 中国航天员科研训练中心,北京,100094)刊名：浙江

2、大学学报（工学版）英文刊名：journal of zhejiang university(engineering science)年，卷(期)：2008,42(9)被引用次数：1次参考文献(10条)1. malllat s multiresolution approximation and wavelet orthomormal basis of l2 1992(02)2. imholz b p;wieling w;van montfrans g afifteen years experience with finger arterial pressuremonitoring:assessme

3、nt of the technology外文期刊 1998(03)3. pitson d j;stradling j rvalue of beat-to-beat blood pressure changes,detected by pulse transittime,in the management of the obstructive sleep apnoea/hypopnoea syndrome 1998(03)4. payne r a;symeonides c n;webb d jpulse transit time measured from the ecg:an unreliab

4、le marker ofbeat-to-beat blood pressure外文期刊 2006(01)5. 向海燕;俞梦孙用脉搏波传导时间实现血压连续测量期刊论文-医疗卫生装备 2006(02)6. gribbin b;steptoe a;sleight p pulse wave velocity as a measure of blood pressure change 1976(01)7. lansdown ma method of using induced waves to study pressure propagation in human arteries 19578. mag

5、uire m;ward t;markham ca comparative study in the use of brachial photoplethysmography and theqrs complex as timing references in determination of pulse transit time 20019. shimazu h;fukuoka m;ito hnonivasire measurement of beat-to-beat vascular viscoelastic propertiesin human fingers and forearms 1

6、985(01)10.yamakoshi k;shimazu h;togawa tindirect measurement of instantaneous arterial blood pressure inthe human finger by the vascular unloading technique 1980(03)本文读者也读过(5条)1. 方维轩 . 窦佳易 . 胡向阳 . 董名垂 . 李伟基 . fang weixuan. dou jiayi . hu xiangyang. dong mingchui . li weiji基于新颖血压参数标定法的无袖套血压获取系统期刊论文-中国医疗器械杂志 2011,35(1)2. 向海燕 . 俞梦孙 . xiang hai-yan. yu meng-sun 用脉搏波传导时间实现血压连续测量期刊论文-医疗卫生装备2006,27(2)3. 雷云龙 . lei yun-longv24 监护仪无创血压模块的简易检测与校准方法期刊论文-中国医疗设备 2010,25(3)4. 邢雷. 严洪. 韦明 无创连续血压检测系统 会议论文-20085. 向海燕 无创伤人体逐拍动脉血