Technique of automated control over cardiopulmonary resuscitation procedures

The article describes a technique of automated control over cardiopulmonary resuscitation procedures on the basis of acoustic data. The research findings have allowed determining the primary important characteristics of acoustic signals (sounds of blood circulation in the carotid artery and respiratory sounds) and proposing a method to control the performance of resuscitation procedures. This method can be implemented as a part of specialized hardware systems

A mobile full-time daily system for fetal monitoring

The article describes a mobile hardware and software system designed for daily monitoring of the state of fetal and maternal cardiovascular systems. The assessment is carried out by means of recording and further online analysis of acoustic data, obtained from the abdominal surface of a pregnant woman’s body. The components and operating principles of the hardware and software system designed are described. The results of experimental studies aimed at assessing the applicability of a method of acoustic data analysis implemented in the system developed are shown. The results obtained have been compared with the results obtained using cardiotocography

袋井関連人物参考資料目録(1) 鳥居信平、鳥居鉄也関連資料目録

Erratum to: MATEC Web of conferences 2016 Vol. 79. P. 01011 (1-5) DOI: 10.1051/matecconf/2016790101

Erratum to: Principles of a prototype model of a device for automatic control of cardio-pulmonary resuscitation procedures

Erratum to: MATEC Web of conferences 2016 Vol. 79. P. 01011 (1-5) DOI: 10.1051/matecconf/2016790101

Technique of automated control over cardiopulmonary resuscitation procedures

The article describes a technique of automated control over cardiopulmonary resuscitation procedures on the basis of acoustic data. The research findings have allowed determining the primary important characteristics of acoustic signals (sounds of blood circulation in the carotid artery and respiratory sounds) and proposing a method to control the performance of resuscitation procedures. This method can be implemented as a part of specialized hardware systems

Erratum to: A mobile full-time daily system for fetal monitoring

Erratum to: MATEC Web of conferences 2016 Vol. 79. P. 01026 (1-5) DOI: 10.1051/matecconf/2016790102

Erratum to: A mobile full-time daily system for fetal monitoring

Erratum to: MATEC Web of conferences 2016 Vol. 79. P. 01026 (1-5) DOI: 10.1051/matecconf/2016790102