🏢 Westlake University
Samba: Severity-aware Recurrent Modeling for Cross-domain Medical Image Grading
·2230 words·11 mins·
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Computer Vision
Image Classification
🏢 Westlake University
Samba: a novel severity-aware recurrent model, tackles cross-domain medical image grading by sequentially encoding image patches and recalibrating states using EM, significantly improving accuracy.
ProtGO: Function-Guided Protein Modeling for Unified Representation Learning
·1875 words·9 mins·
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AI Generated
Natural Language Processing
Representation Learning
🏢 Westlake University
ProtGO: A novel unified framework integrating protein sequence, structure & function for superior representation learning, significantly outperforming current methods.
Learning Frequency-Adapted Vision Foundation Model for Domain Generalized Semantic Segmentation
·2199 words·11 mins·
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Computer Vision
Image Segmentation
🏢 Westlake University
FADA: a novel frequency-adapted learning scheme boosts domain-generalized semantic segmentation by decoupling style and content using Haar wavelets, achieving state-of-the-art results.
Efficiency for Free: Ideal Data Are Transportable Representations
·4111 words·20 mins·
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AI Generated
Machine Learning
Self-Supervised Learning
🏢 Westlake University
RELA accelerates representation learning by leveraging freely available pre-trained models to generate efficient data, reducing computational costs by up to 50% while maintaining accuracy.
DiffPhyCon: A Generative Approach to Control Complex Physical Systems
·6834 words·33 mins·
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AI Generated
AI Applications
Robotics
🏢 Westlake University
DiffPhyCon uses diffusion models to generate near-optimal control sequences for complex physical systems, outperforming existing methods by simultaneously optimizing a generative energy function and c…
Deep Graph Neural Networks via Posteriori-Sampling-based Node-Adaptative Residual Module
·2126 words·10 mins·
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Machine Learning
Deep Learning
🏢 Westlake University
PSNR, a novel node-adaptive residual module, significantly improves deep GNN performance by mitigating over-smoothing and handling missing data.
AdaNovo: Towards Robust mph{De Novo} Peptide Sequencing in Proteomics against Data Biases
·1791 words·9 mins·
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Natural Language Processing
Text Generation
🏢 Westlake University
AdaNovo tackles data biases in de novo peptide sequencing by using Conditional Mutual Information, significantly improving PTM identification and overall accuracy.