搜索资源列表
maidongshixueyangji
- TI msp430脉动式血氧仪 的原理和硬件资料-TI msp430 pulse oximetry principles and hardware information
spo2
- TI 脉动式血氧计解决方案全套资料 包括电路设计图,源码等-TI Pulse Oximetry solutions, full information, including circuit design diagrams, source code, etc.
pulseofindustryreport
- Market report for pulse oximetry sensors and manufacturers 2009
a00000000000
- 基于动态光谱的数字化脉搏血氧检测系统 优秀硕士论文-Based on dynamic spectrum of digital pulse oximeter testing system
ng
- WSNs脉搏血氧饱和度中央监护系统设计WSNs central monitoring -WSNs central monitoring pulse oximetry system
R
- 传统的脉搏血氧R值提取大多采用脉搏波的峰谷值法.一个脉搏周期的峰谷值往往不能反映真实的R值,因此通常采用多个周期峰谷值的平均来提高R值的精度。提供了移动平均算法进行脉搏血氧信号特征值提取源码。-Traditional pulse oximetry R value extraction most of the peak value of the pulse wave method. A peak value of pulse cycles often do not reflect the true
er
- 动态光谱数据分析与脉搏血氧测量系统(论文)-Dynamic spectral data analysis and pulse oximetry system (paper)
Multi-parameter-monitoring-system
- 多参数监护系统能为医学临床诊断提供重要的病人信息,通过各种功能模块,可实时检测人体的心电信号、心率、血氧饱和度、血压、呼吸频率和体温等重要参数,实现对各参数的监督报警。 本系统对病人的各项生命体征(心率,脉搏氧,血压,呼吸率,体温)信息进行实时采集处理,帮助医院及时的掌握病人的当前情况,是一种监护病人的重要系统。-Multi-parameter monitoring system can provide important patient information for clinical d
CC2540_pulse_oximeter_plotter-master
- 基于CC2540的脉搏式数字血氧仪,蓝牙方式-Based on CC2540 type digital pulse oximetry, bluetooth mode
Pulse-Oximetry-with-AFE4490-master
- Hey, There! This a sketch of pulse oximetry using NJL5501r-reflectance phototransistor and Texas Instruments AFE4490- Analogue Front End. Pulse oximetry is a method to measure oxygen saturation in a blood that carried by haemoglobin. The pulse o
spo2_test
- 反射式血氧(SPO2)计算,包括基线滤波,脉搏波特征点提取,R值计算,可移植到单片机(STM32)-Reflective oximetry (SPO2) calculations, including baseline filtering, pulse wave feature point extraction, R value calculation, can be transplanted to the microcontroller (STM32)
A-single-chip-pulse-oximeter
- 这篇应用报告讨论了使用 MSP430FG437 微处理器(MCU)进行非侵入性光体积描记法设计,非侵入性光体积描记法又被称为脉搏血氧仪。脉搏血氧仪由一个外围探头结合 MCU在 LCD 显示屏上显示氧饱和度和脉搏率。在这项应用中,同样的传感器被用于心率监测和脉搏血氧监测。探头被放置在身体的周边地点比如指尖,耳垂或鼻子。探头包括两个发光二极管(LEDs),一个处于可见红光波谱(660nm),另一个处于红外波谱(940nm)。身体的含氧量先通过测量每一频率的光传输通过身体后的强度,再计算这两个强度间的