Pan Lv

Papers

Total Citations

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About

Pan Lv is a rising researcher at the intersection of robotics and systems software, whose work is redefining how mobile robots manage complex, multi-tasking environments. His primary research areas include virtualization for embedded systems, mixed-criticality architectures, and user-friendly robot operating platforms. Lv’s major contributions center on developing integrated software frameworks that allow mobile robots to run multiple operating systems simultaneously—bridging the gap between real-time control and high-level computation. His most cited work, "SmartVisor: User-Friendly Hypervisor for Mobile Robots" (2024, 2 citations), introduces a lightweight hypervisor that enables seamless OS coexistence on resource-constrained robots, a foundational step toward safer, more versatile autonomous systems. In "SmartKit: User-Friendly Robot with Multiple Operating Systems" (2024, 1 citation), he extends this concept to practical deployment, demonstrating how mixed-criticality systems can handle everything from chassis control to SLAM without compromising performance. Though early in his career, Lv’s focus on accessibility and efficiency positions him as a key innovator in making advanced robotics more manageable for developers and researchers alike.