Research on synchronous acquisition and processing algorithm of biomechanical data in mobile network environment
Abstract
In this study, the problem of synchronous acquisition and processing of biomechanical data in a mobile network environment is thoroughly investigated. An efficient and stable synchronous acquisition and processing algorithm is proposed, and its advantages in real-time and accuracy are experimentally verified. The results show that the algorithm significantly outperforms the traditional algorithm in the process of synchronous data acquisition and processing, and provides technical support for the wide application of biomechanical data in the fields of telemedicine and sports monitoring. The current status of the algorithm in addressing the challenges in mobile network environments is reported, and future optimisation directions are proposed to adapt to more complex network environments.
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