Congrang Jiang

Papers

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About

Congrang Jiang has made impactful contributions to the field of robotics, with a core focus on kinematic modeling, trajectory planning, and the development of intelligent robotic systems. Their research centers on solving complex motion challenges for dual-arm and redundant manipulators, particularly through the integration of the Robot Operating System (ROS) to enhance development efficiency and intuitiveness. Jiang’s most-cited work, “Research on trajectory planning method of dual-arm robot based on ROS” (2020, 6 citations), introduces a streamlined approach to kinematics and linear trajectory generation, enabling more coordinated and precise dual-arm operations. Another key contribution, “Research on Kinematics Solution of 7-axis Redundant Robot Based on Self-motion” (2020, 4 citations), addresses the limitations of traditional Jacobian-based numerical methods by leveraging self-motion characteristics to reduce computational load and provide multiple viable solutions. This work is particularly notable for advancing the practical control of seven-axis manipulators, which are critical in complex assembly and collaborative tasks. With a growing citation record, Jiang’s research is shaping the next generation of flexible, ROS-driven robotic systems, offering students and engineers accessible frameworks for tackling real-world automation challenges.