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Sponsored AI Networking Cookbook: Practical recipes for AI-assisted network automation and development AI Networking Cookbook: Practical recipes for AI-assisted network automation and development

Author

Jia Nie

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4 papers indexed here

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Review 2025

环境典型化工污染物暴露与成人心血管及代谢性慢病发病的相关性及机制研究进展（Association and Mechanism Research of Typical EnvironmentalChemical Contaminant Exposure with Adult Cardiovascularand Metabolic Chronic Diseases）

Abstract：Chronic cardiovascular and metabolic diseases are prevalent non-communicable diseases and impose substantial clinicalburdens in China. Current clinical researches mainly focus on traditional risk factors such as genetics and lifestyle, while neglectingoccult injuries caused by long-term exposure to low-dose e...

Jia Nie · 0 citations
2025

特色药用植物种质关键次生代谢产物（黄酮、萜类）定向育种改造与绿色提取化工工艺开发（Targeted Breeding Modification of Key Secondary Metabolites (Flavonoids, Terpenoids) in Special Medicinal Plant Germplasms and Development of Green Extraction Chemical Processes）

Abstract：Medicinal specialty plants constitute core germplasm resources for natural bioactive compounds, the traditional Chinese medicine industry and green biochemical engineering. At present, germplasms of medicinal plants in China are generally plagued by low contents of active ingredients, unstable agronomic trait...

Jia Nie · 0 citations
2025

基于改进最小二乘法的分子结构参数拟合与误差分析（Fitting and Error Analysis of Molecular Structure Parameters via Improved Least Squares Method）

Abstract：Traditional least squares suffer from weak robustness, sensitivity to spectral outliers, low multi-parameter fitting precision and accumulated residuals in molecular parameter fitting. This paper proposes an improved least squares algorithm with adaptive weights and iterative residual correction. It dynamical...

Jia Nie · 0 citations
2025

时空耦合分数阶非线性扩散模型的高精度数值求解及微观生物分子输运仿真（High-precision Numerical Solution of Spatiotemporally Coupled Fractional Nonlinear Diffusion Model and Simulation of Microscopic iomolecular Transport）

An improved numerical discretization scheme is proposed to solve the problems of low accuracy and slow convergence in traditional nonlinear term calculation and provide a reliable theoretical framework for mathematical modeling and numerical prediction of microscale biomolecular transport.

Jia Nie · 0 citations

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