1.
Study on NIR Spectroscopy Application in Human Blood Glucose Noninvasive Measure;
近红外光谱技术在人体血糖无创检测中的应用研究
2.
Design of integrating sensors based on non-invasive blood sugar measuring
基于无创血糖检测的传感器集成设计
3.
Portable non-invasive blood glucose apparatus based on DSP
基于DSP技术的便携式无创血糖检测仪
4.
The Development of a Portable All-fiber LD Glucose Meter;
便携式全光纤激光无创血糖检测仪的研制
5.
Research on Noninvasive Blood Glucose Measurement with Simulate Sample by NIR Spectroscopy;
近红外光谱无创血糖检测模拟样品的试验研究
6.
The Infrared Multiwavelength Blood Glucose Detecting Research;
红外多波长无创人体血糖检测技术研究
7.
Research on Noninvasive Blood Glucose Detector Based on Optoacoustic Effect
基于光声效应的无创血糖检测仪的研究
8.
The Pretreatment Methods of Data in the Study of Non-Invasive Measurement of Human Blood Glucose Concentration with Near-Infrared Spectroscopy;
近红外无创伤人体血糖浓度检测中的数据预处理方法
9.
Study on Theories and Experiments of the Background Correction for Non-Invasive Blood Glucose Sensing with Near-Infrared Spectroscopy;
近红外无创血糖检测中背景减小方法的理论和实验研究
10.
Research for Non-invasive Optical Measurement Technique for Human Blood Glucose Concentration;
人体血糖光学无损检测实用技术研究
11.
Noninvasive Measurement of Optical Properties of Biological Tissue and Its Application for Detection of Glucose Concentration;
组织光学性质无损测量及在血糖检测中的应用
12.
APPLICATION OF DENOISING AND BACKGROUND ELIMINATION BASED ON WAVELET TRANSFORM TO BLOOD GLUCOSE NONINVASIVE MEASUREMENT OF NEAR INFRARED SPECTROSCOPY
基于小波变换的噪声及背景同时去除方法在血糖近红外无创检测中的应用
13.
Research on Non-invasive Detection Methods of Early Diabetic Autonomic Neuropathy;
糖尿病早期自主神经病变无创检测方法研究
14.
A Non-invasive Approach for Monitoring Blood Glucose with Saliva;
基于唾液为标本的血糖浓度无创监测的研究
15.
Testing Calibration of Measurement Characteristics of Non-ninvasive Blood Pressure in Multi-parameter Monitor
多参数监护仪无创血压测量特性的检测校准
16.
Exercise ECG Test as a Method for Non invasive Detection of Myocardial Ischemia.
心肌缺血的运动心电信号无创检测方法
17.
A Study in Continues Non-invasive Blood Pressure Measurement Technology Based on DSP;
基于DSP的连续无创血压检测技术的研究
18.
Study on the Non-invasive Quantitative Pharmaceutical Analysis with Near-Infrared Spectroscopy Technique;
基于近红外光谱分析的无创血药浓度检测研究