生物医学研究专用软件的开发

Nikita S. Rubinov, I. V. Rudakov, Iurii V. Stroganov
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引用次数: 1

摘要

不断提高的计算性能及其对所有用户的可用性导致在现有科学领域的交汇处出现新的领域。计算机技术和医学的融合导致了计算医学这样一门科学的出现。计算医学使用数据分析的统计方法研究人体的过程。例如,人工神经网络在医学上的应用成果,在研究人体电活动、神经系统和肌肉功能方面取得了重大成功。这项工作的目的是设计一个软件架构,使研究人员能够自动收集来自生物识别传感器的数据,将数据存储在数据库中并分析肌电图。特别是,这项工作将研究现有的专门数据库,旨在存储生物特征数据,如来自肌肉的电信号。设计自己的专用数据库
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Specialized Software for Biomedical Research
Increasing computing performance and its availability for all users leads to the emergence of new areas at the junction of existing fields of science. The fusion of computer technology and medicine led to the emergence of such a science as computational medicine. Computational medicine studies processes in the human body using statistical methods of data analysis. For example, the result of application of artificial neural networks in medicine helped to get significant success in the study of electrical activity in the human body, its nervous system and muscle function. The aim of this work is to design the architecture of a software that will allow researcher to automatically collect the data coming from biometric sensors, store the data in database and analyze EMG. In particular, this work will study existing specialized databases aimed to store biometric data, such as electrical signals coming from the muscles. Designing your own specialized database
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