中文体育类核心期刊

中国人文社会科学期刊AMI综合评价(A刊)核心期刊

《中文社会科学引文索引》(CSSCI)来源期刊

美国《剑桥科学文摘》(CSA)收录期刊

中国高校百佳科技期刊

从直接测热法到计算机视觉技术:身体活动能量消耗测量的历史与未来

From Direct Calorimetry to Computer Vision: History and Future of Measurement of Energy Consumption in Physical Activities

  • 摘要: 系统回顾身体活动能耗测量技术的发展历程,剖析各类能耗测量方法,重点介绍计算机视觉估算人体能耗的新技术,探索人工智能时代能耗测量技术的发展方向。17世纪以来能耗测量技术以测热法为起点逐渐延伸出各种非测热法。17—18世纪测热理论的建立是能耗测量技术诞生的直接原因。19世纪,在代谢疾病日益严峻的背景下,人体代谢系统研究的进步驱动了人体测热系统的开发。20世纪后,第二次工业革命带来的技术飞跃以及对新陈代谢的深入研究助力能耗测量技术的革新,涌现出许多新方法。21世纪,在人工智能的赋能下能耗测量技术实现无接触式测量的新突破。能耗测量技术在科研需求、理论和技术发展的驱动下不断推陈出新,现有的能耗测量技术各具特色,但在测量精度、可操作性和经济性等方面仍存在局限。测热法成本高、操作复杂、实用性差,非测热法相对便捷但测量精度有待提高。智能化、无接触的测量技术可能成为重点发展趋势:在测热法方面应推进微型传感器的应用,实现远程数据传输,使设备更加便捷;在非测热法方面,应进一步探索更多运动相关生理指标,提高测量精度,完善理论框架。

     

    Abstract: The development process of energy consumption measurement technology is systematically reviewed and clarified; various energy consumption measurement methods are analyzed; the new technology of computer vision estimation of human body energy consumption is mainly introduced; the development direction of energy consumption measurement technology in the new era of artificial intelligence is explored. Since the 17th century, the energy consumption measurement technology has gradually extended to a variety of non-calorimetric methods which started from the calorimetric method, resulting from the reason that calorimetric theories were established in 17th and 18th centuries. The 19th century witnessed the development of human body calorimetric system with the research progress on metabolism system, in the context of increasingly serious diseases. Since the 20th century, the technology innovation from the second industry revolution and further research on metabolism have helped the renewal of energy consumption measurement technology. Artificial Intelligence (AI) in the 21st century empowered the technology to develop into contactless measurement methods. With the impetus of research needs, theory and technology development, the existing measurement technologies have been renewing, but they still have limitations in terms of the measurement accuracy, operability and economy. Calorimetric method is characterized by high cost, complex operation, and poor practicability, while non-calorimetric method still needs to be improved on measurement accuracy. With the advent of the era of AI, intelligent and contactless measurement technology will be a key development direction. Microsensor is suggested to be applied regarding the calorimetric method; remote data transmission can be used to make the equipment quicker and more convenient. When regarding the non-calorimetric method, more related physical signs shall be explored to improve its measurement accuracy.

     

/

返回文章
返回