Research on the mechanism of promoting precise poverty alleviation through educational informatization based on biomechanical mechanism
Abstract
Drawing on the theory of biomechanics, this study explores the mechanism of promoting precision poverty alleviation through education informatization. Precision poverty alleviation is at the core of China’s poverty reduction strategy, addressing the root causes of poverty through targeted interventions. Under this framework, education informatization has become a key tool for bridging systemic inequalities by enhancing the quality and equity of education through information technology. From basic digital construction to the deep integration of big data, cloud computing and artificial intelligence, education informatization has made remarkable progress. Analogous to how biomechanical systems optimize force transmission and movement efficiency, it showcases great potential for the optimal distribution of educational resources, enhancing access to education in impoverished regions, and fueling long-term socio-economic progress. However, its role in rural and underdeveloped areas still faces many challenges. Viewing education informatization as a dynamic “biomechanical structure” and borrowing concepts like structural adaptation, load optimization, and connectivity from biomechanics, we posit that big data technology, acting as a “biomechanical signal”, can precisely pinpoint needy students and allocate educational resources adeptly, much like how forces are coordinated in a mechanical system. Based on the fuzzy breakpoint regression model and fixed-effects analysis of CFPS (China Family Panel Studies) data, the study finds that education informatization significantly improves the subjective well-being, health care, and employment outcomes of rural families. This study highlights the innovative role of education informatization in enhancing resilience, equity, and resource efficiency through the synergy of technological evolution and policy adaptation, providing a new perspective on precision poverty alleviation.
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