Development of a portable arrhythmia detecting device

便携式心律失常检测装置的研制

• 批准号: 61880008
• 负责人: TAKATA Kazuyuki
• 金额: $ 1.86万
• 依托单位: Toyota College of Technology
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Developmental Scientific Research
• 财政年份: 1986
• 资助国家: 日本
• 起止时间: 1986 至 1988
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-61880008/
• 关键词: Detection of the arrhythmia; Autoregressive model; Decomposition and generation of the heart-beat rhythm; Heart rate variability; HRV; ARV; 不整脈検出装置; 自己回帰モデルを用いた心拍変動性ARV; 周波数成分の抽出分離

The arrhythmia often appears on healthy peaple when they take exercise or they are mental strained. In the society the aged at a time like the present, it is necessary to stave off a danger of life causing by arrhythmia. The aim of this research is developing and making on an experimental basis heart rate variability (HRV) measuring device to detect arrhythmia.A new HRV, ARV, which is derived from the autoregressive model, is a very excellent parameter to detect and characterize the arrhythmia. ARV was examined thoroughly. The other hand, the time series of heart-beat was decomposed into frequency components. A time-series was generated by simulation with the same statistical property as the decomposed component. ARV was calculated from the generated time series, and the ARV was examined, too. As a result, by calculating ARV or the coefficient of variation of R-R interval (CVr-r) from the time-series obtained by the decomposition into frequency components, more detailed information can … More obtained, which could not be acquired from the whole time-series. We reported these results in the transaction of the institute of electronics, information and communication engineers.In this research, we tried to add the above method to the arrhythmia detecting device. Computing system on the main frame changed on the personal computer. First, the computing system was described by BASIC language, called system I. Then system II, which was described by machine language was constructed, and comparing to the system on the main frame, the effectuality of the system II was confirmed. As the system III, we made on an experimental basis a portable device using Z-80 micro processor. Using the system III for the healthy subjects and the subjects having arrhythmia, the effectuality of these system was examined. As the result, almost satisfactory results were derived using these systems. But these all systems input data from the electrocardiograph. To make a complete portable device, it is necessary to detect electrocardiogram using the portable device itself. About this problem, we examined various method, but could not make satisfactory detecting sensor. It remains to be proved that developing this electrocardiogram detection sensor. Less

健康人在运动或精神紧张时常出现心律失常。在当今这样的老龄化社会，必须避免心律失常引起的生命危险。本研究的目的是在实验基础上开发和制造心率变异性（HRV）测量装置来检测心律失常。一种新的HRV，ARV，源自自回归模型，是检测和表征心律失常的一个非常好的参数。彻底检查了抗逆转录病毒药物。另一方面，心跳的时间序列被分解为频率分量。通过模拟生成的时间序列具有与分解成分相同的统计特性。根据生成的时间序列计算 ARV，并检查 ARV。因此，通过从分解为频率分量获得的时间序列计算ARV或R-R间隔变异系数（CVr-r），可以获得从整个时间序列无法获得的更详细的信息。我们在电子、信息和通信工程师学会的学报上报道了这些结果。 在本研究中，我们尝试将上述方法添加到心律失常检测装置中。主机上的计算系统改为个人计算机。首先用BASIC语言描述计算系统，称为系统一。然后构建了用机器语言描述的系统二，并与主机上的系统进行比较，证实了系统二的有效性。作为系统III，我们在实验的基础上制作了一个使用Z-80微处理器的便携式设备。将系统III用于健康受试者和患有心律失常的受试者，检查这些系统的有效性。结果，使用这些系统获得了几乎令人满意的结果。但这些系统都从心电图仪输入数据。为了制作一个完整的便携式设备，需要利用便携式设备本身来检测心电图。针对这个问题，我们研究了各种方法，但未能制作出令人满意的检测传感器。开发这种心电图检测传感器还有待证明。较少的

项目成果

Kazuyuki,Takata; Yosaku,Watanabe; Kiyoko,Yokoyama: "Quantification of the heart-beat rhythm using characteristic equation of autoregressive model of R-R intervals in ECG" The transaction of the institute of electronics, information and communication engin

高田和之；

高田和之: 電子情報通信学会論文誌(D).

Kazuyuki Takada：《电子、信息和通信工程师学会汇刊》（D）。

高田和之、渡辺與作、横山清子: 電子情報通信学会誌分誌(D). J-71D. 726-732 (1988)

Kazuyuki Takada、Yosaku Watanabe、Kiyoko Yokoyama：电子、信息和通信工程师学会杂志 (D) 726-732 (1988)。

高田和之,渡辺與作,横山清子: 電子情報通信学会誌(D). Jー71D. 726-732 (1988)

Kazuyuki Takada、Yosaku Watanabe、Kiyoko Yokoyama：电子、信息和通信工程师学会杂志 (D) 726-732 (1988)。