Area of research
Biophysics · Analytical Chemistry
Research interest
Research interests include Computer science, Artificial intelligence, Raman spectroscopy, Pattern recognition (psychology), Graph, and Chemistry.
Mixture-of-experts-based hierarchical dynamic multimodal fusion network for dermatological diagnosis
Towards superior graph representation: A multi-level cross-view approach integrating information bottleneck and contrastive learning
Smartphone-Based Fluorescence/Colorimetric Dual-Mode Aptasensor for the Detection of <i>Salmonella</i> Using Multivalent Aptamer and CHA Amplification
An intelligent and active polyvinyl alcohol hydrogel packaging incorporating alizarin and Zn-MOF for shrimp freshness monitoring and preservation
The Raman spectroscopy combined with selective state-space algorithm for constructing a rapid disease diagnosis model
High-order graph convolutional networks for circular Ribonucleic Acid and disease association prediction incorporating multiple biological relationships
TDMFS: Tucker decomposition multimodal fusion model for pan-cancer survival prediction
DTCMMA: Efficient Wind-Power Forecasting Based on Dimensional Transformation Combined with Multidimensional and Multiscale Convolutional Attention Mechanism
A novel multi-feature fusion technology of FTIR spectroscopy based on attention and adaptive gate for disease diagnosis
The MLSE-SCAM architecture combines with the improved DRSN-TIC model for Raman spectroscopy small-sample data learning
KCGAFormer: When Large-Kernel ConvFormer Meets KAN in Semantic Segmentation
MBGNet: Mamba-Based Boundary-Guided Multimodal Medical Image Segmentation Network
FSGAD: Application of Graph Anomaly Detection Based on Multi-View Contrastive Learning in Food Sample Detection
TreeXformer: Extracting tabular feature-context information using tree-structured semantics
GEME In Government Data Governance: Graph Entropy And Attention Coordination Mechanism
VCformer: Variable-Centric Multi-Scale Transformer for Multivariate Time Series Forecasting
Address Anomalies at Critical Crossroads for Graph Anomaly Detection
ScaleMixer: Selective excitation of feature-enhanced food time series prediction model
TimeADF: A Predictive Method for Cross-Level Governmental Data Fusion
Anomaly Detection in government Data Graph Based on Channel and Causal Gating
IGedgeMAE: Topology-Aware Graph Masked Autoencoder with Dynamic Edge Importance Guidance
Anomaly Detection of government data based on multi-scale structure reconstruction
Rethinking unsupervised time series anomaly detection: Dynamic attention based on route inverse-masking
SCGRL: Graph representation learning based on edge structure contrastive self-supervised framework
Beyond Local Features: A Metadata-Driven Image Frequency Modulation Network for Skin Disease Classification
Clinical Experience-inspired Multimodal Fusion Networks for Dermatological Classification
Frequency-Spatial Domain Fusion for Graph Anomaly Detection
Rethinking link prediction: A multi-scale graph masked autoencoder
FSC-MAE: Feature Structure Coordinated Mask Autoencoder
DSFusion: Infrared and visible image fusion method combining detail and scene information