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About

Chongqing University has established itself as a dynamic and multidisciplinary research powerhouse, making significant strides across robotics, artificial intelligence, advanced sensing, and human-machine interaction. With a portfolio spanning perception systems, soft robotics, wearable electronics, and adaptive control, the university's researchers are tackling some of the most pressing challenges in modern autonomous and intelligent systems. A landmark contribution from Chongqing University—the SECOND algorithm for sparsely embedded convolutional detection—has amassed over 3,200 citations, becoming a foundational reference in LiDAR-based 3D object detection for autonomous driving. This work exemplifies the institution's strength in bridging deep learning with real-world robotic perception challenges. Complementing this, researchers have made impressive advances in triboelectric sensing technology, producing self-powered auditory sensors, gesture recognition interfaces, and flexible pressure and strain sensors that are reshaping how robots interact with humans and their environments. Chongqing University's soft robotics program is equally compelling, with pioneering work in magneto-active programmable matter and legless jumping robots demonstrating strong biomimetic innovation. Their robotics control expertise—spanning neuroadaptive manipulation under motion constraints, fault-tolerant networked systems, and robot kinematic calibration—reflects a rigorous engineering foundation. The university also contributes meaningfully to AI, particularly through influential survey work on negative transfer in machine learning and deep visual odometry for autonomous navigation. With highly cited work across flexible electronics, IoT logistics, and reinforcement learning-based path planning, Chongqing University offers prospective students and collaborators a rich, interdisciplinary environment where fundamental science meets transformative technology. Its growing global citation footprint signals an institution rapidly ascending in international research prominence.