PINN Method Breaks Through Bottleneck in Nanobeam Bending Analysis
A new study proposes the DFL-TFC framework based on physics-informed neural networks for analyzing the bending behavior …
Latest articles in Research
A new study proposes the DFL-TFC framework based on physics-informed neural networks for analyzing the bending behavior …
Addressing the fragility of SAM-based dense trackers in scenarios involving prolonged occlusion and fast motion, OAMVOS …
A latest arXiv paper proposes two complementary distillation strategies — representation distillation and prediction dis…
In the MeViS text track of the 5th PVUW Challenge, the AgentRVOS solution built around Sa2VA introduced an explicit agen…
A latest arXiv paper proposes a decoupled optimization technique that redesigns neural network optimizers to address the…
A new arXiv paper introduces the webmcu-vision-web tool, enabling users to complete end-to-end TinyML vision model train…
A research team has released ParkingScenes, a structured dataset specifically designed for end-to-end autonomous parking…
A latest arXiv paper proposes an intervention-aware multi-scale representation learning framework that deeply integrates…
A latest arXiv paper reveals that current mainstream vision language models (VLMs) suffer from severe reading accuracy d…
A latest arXiv paper introduces the MetaEarth3D framework, which employs a spatially scalable generative modeling approa…
A latest arXiv paper proposes using 2D pretraining strategies to improve 3D human pose estimation, breaking the traditio…
A new study shows a significant association between infrasound exposure and aversive responding as well as negative appr…