In contemporary society, the escalating pressures of life and work have
propelled psychological disorders to the forefront of modern health concerns,
an issue that has been further accentuated by the COVID-19 pandemic. The
prevalence of depression among adolescents is steadily increasing, and
traditional diagnostic methods, which rely on scales or interviews, prove
particularly inadequate for detecting depression in young people. Addressing
these challenges, numerous AI-based methods for assisting in the diagnosis of
mental health issues have emerged. However, most of these methods center around
fundamental issues with scales or use multimodal approaches like facial
expression recognition. Diagnosis of depression risk based on everyday habits
and behaviors has been limited to small-scale qualitative studies. Our research
leverages adolescent census data to predict depression risk, focusing on
children's experiences with depression and their daily life situations. We
introduced a method for managing severely imbalanced high-dimensional data and
an adaptive predictive approach tailored to data structure characteristics.
Furthermore, we proposed a cloud-based architecture for automatic online
learning and data updates. This study utilized publicly available NSCH youth
census data from 2020 to 2022, encompassing nearly 150,000 data entries. We
conducted basic data analyses and predictive experiments, demonstrating
significant performance improvements over standard machine learning and deep
learning algorithms. This affirmed our data processing method's broad
applicability in handling imbalanced medical data. Diverging from typical
predictive method research, our study presents a comprehensive architectural
solution, considering a wider array of user needs.

通过使用青少年调查数据来预测抑郁风险，本研究提出了一种处理不平衡医学数据的方法和适应性预测方法，并提出了基于云的在线学习和数据更新的架构解决方案。