Ji Liu

Shandong University of Science and Technology

Papers

Total Citations

H-Index

About

Ji Liu is a robotics and agricultural automation researcher whose work focuses on the design and simulation of intelligent robotic systems for precision agriculture applications. His most recognized contribution involves the development of a virtual prototype for an eggplant picking robot, published in 2014, which demonstrates his expertise in merging theoretical modeling with practical robotic design. In this foundational work, Liu employed the Denavit-Hartenberg method to derive a rigorous theoretical framework, establishing spatial positional relationships between robotic components and end effectors to achieve forward kinematic solutions — a critical step in optimizing automated harvesting systems. This research addresses a significant challenge in agricultural robotics: replacing labor-intensive manual harvesting with precise, efficient automated alternatives. While currently holding 2 citations, the work represents an important contribution to the niche but growing field of agricultural robotics, particularly in the context of fruit and vegetable harvesting automation. Liu's research sits at the intersection of mechanical engineering, robotics simulation, and smart agriculture, positioning him as an early contributor to virtual prototyping methodologies that help streamline the design and validation of complex agricultural robotic systems before physical implementation.