Institution profile

XPeng Motors

Industry researchasia · cn
Official website
Research library39linked papers
Opportunities0open roles
Selected work

Representative Papers

DeepInsight II: One Trace from Benchmark to Robot

Aug 17, 2026

This study addresses the fragmentation in embodied intelligence evaluation and the lack of empirical continuity in sim-to-real deployment by proposing a native sim-to-real tracking reduction framework alongside a five-level handover diagnostic system. By integrating MotionBench unified metrics, cross-domain identity binding, and System2-1-0 combinatorial attribution techniques, we establish a shared tracking mechanism between simulation and physical platforms. The research reproduces multi-benchmark checkpoints and achieves trajectory alignment, effectively validating fault attribution and remediation capabilities under hardware constraints. Consequently, this work establishes a complete empirical closed loop from benchmark execution to physical verification, significantly enhancing both the interpretability and deployment reliability of embodied intelligence systems.

0 citationsRead paper
Recent publications

Latest Papers

DeepInsight II: One Trace from Benchmark to Robot

Aug 17, 2026

This study addresses the fragmentation in embodied intelligence evaluation and the lack of empirical continuity in sim-to-real deployment by proposing a native sim-to-real tracking reduction framework alongside a five-level handover diagnostic system. By integrating MotionBench unified metrics, cross-domain identity binding, and System2-1-0 combinatorial attribution techniques, we establish a shared tracking mechanism between simulation and physical platforms. The research reproduces multi-benchmark checkpoints and achieves trajectory alignment, effectively validating fault attribution and remediation capabilities under hardware constraints. Consequently, this work establishes a complete empirical closed loop from benchmark execution to physical verification, significantly enhancing both the interpretability and deployment reliability of embodied intelligence systems.

0 citationsRead paper