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生物医学研究的对象是活的,有生命的物体;电子学的研究对象却是死的,无生命的物体。在研究对象、方法和手段上都存在着极大差异。随着电子、材料、计算机等现代化技术的发展,电子技术与生命科学相结合,形成一门新的交叉学科——生物医学电子学。它是运用电子技术的原理和方法,从工程角度研究人的生理病理过程,并从工程角度解决人的防病治病问题。它包括的内容非常广泛,生物医学信号的测量,生物医学信号处理,生物医学模式的建立和识别等都是生物医学电子学的重要课题。
The object of biomedical research is living, living objects; the object of study of electronics is dead, inanimate objects. In the study of objects, methods and methods are very different. With the development of modern technologies such as electronics, materials, and computers, the combination of electronic technology and life science has formed a new interdisciplinary-biomedical electronics. It is the use of electronic technology principles and methods, from the engineering point of view of human physiology and pathology process, and from the engineering point of view to solve the problem of disease prevention and treatment. It includes a wide range of content, biomedical signal measurement, biomedical signal processing, biomedical modeling and identification are all important topics in biomedical electronics.