Jiamin Ge
Papers
2
Total Citations
12
H-Index
2
About
Jiamin Ge’s research bridges the fascinating intersection of computational aesthetics and sustainable industrial innovation. Her work is primarily centered on two key areas: robotic calligraphy evaluation and the economic-environmental impacts of enterprise intelligence. In her highly cited 2017 paper, Ge pioneered a computational evaluation system for Chinese calligraphy using an extended possibility-probability distribution method. By integrating three feature criteria derived from traditional calligraphy theory, she provided the first robust framework for objectively assessing robotic writing quality—a critical step for advancing human-robot artistic collaboration. More recently, Ge has turned her analytical lens to industrial robotics, examining how enterprise intelligence—particularly robot adoption—affects green development efficiency. Her 2025 study offers timely evidence on the dual role of automation in driving both productivity and environmental sustainability. With over a decade of cumulative citations, Ge’s work demonstrates rare versatility: she not only solves technical challenges in robotic artistry but also addresses pressing questions about technology’s role in achieving ecological goals. Her research continues to inspire scholars in robotics, artificial intelligence, and sustainable development.
Research Focus
Key Achievements
Top Papers
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