|
|
|
Advanced Intelligent Computing Technology and Applications: 21st International Conference, ICIC 2025, Ningbo, China, July 26–29, 2025, Proceedings, Pa
|
 (Buch) |
Dieser Artikel gilt, aufgrund seiner Grösse, beim Versand als 3 Artikel!
| Inhalt: |
| .- Image Processing .
.- Graph Sampling Transformer for HSI Classification.
.- Selective Targeting for Enhanced Salient Object Detection.
.- ALD-Net: Adaptive Local Diffusion Network for Ethnic Pattern Synthesis.
.- ISTD-YOLO: A Multi-Scale Lightweight High-Performance Infrared Small Target Detection Algorithm.
.- DBTNet: Dual-Stream Background-Target Decoupling Network for Infrared Small Target Detection.
.- STARS: Sparse Learning Correlation Filter with Spatio-temporal Regularization and Super-resolution Reconstruction for Thermal Infrared Target Tracking.
.- Semantic-Guided Multi-Attention Model for Infrared and Visible Image Fusion: A Deep Learning Approach.
.- Feature-guided Prototype-enhanced Few-shot Semantic Segmentation Model.
.- Image Aesthetic Quality Assessment Method Based on Multi-Scale Fusion Spiking Neural Network Vision Transformer.
.- Feature-Augmented Segment Anything Model for Salient Object Detection in Optical Remote Sensing Images.
.- DDECNet: Dual-Branch Difference Enhanced Network with Novel Efficient Cross-Attention for Remote Sensing Change Detection.
.- Remote Sensing Image Change Detection Based on Wavelet Feature Interaction and Multi-Scale Feature Aggregation.
.- Depixelation and Enhancement Algorithm of Fiber Bundle Images Based on Diffusion Model.
.- MambaSTR: Scene Text Recognition with Masked State Space Model.
.- MambaFER: A Mamba-Based Dual-Perception Network for Facial Expression Recognition in the Wild.
.- A Steel Surface Defect Detection Method Based on a Lightweight Semantic Segmentation Model.
.- YOLO-CBD: A Classroom Behavior Detection Method.
.- Optimizing Small Object Detection in Drone Imagery: A Lightweight Weighted Multi-Branch Supportive Fusion.
.- Test-Time Adaptation via Distribution-Aware Guidance for Vision-Language Models.
.- GDAFormer: Transformer-Driven Fundus Image Enhancement with Gated Dual-Attention.
.- Change Detection for Wide-Field Video Images in Foggy Weather Based on Enhanced K-Means Clustering.
.- PML-SLAM: Optimizing and Enhancing Visual SLAM with Point-to-Line Matching.
.- RGPest-YOLO: A YOLOv8 Pest Detection Method Based on Image Preprocessing.
.- IRAWildNet: A Multi-Species Infrared Wildlife Target Detection Method from the UAV Perspective.
.- FTDB-Net: A Fourier Transform-Based Dual-Branch Low-Light Image Enhancement Network.
.- Curriculum-Learned Masked Pretraining Models for Remote Sensing Building Detection.
.- End-to-End Landmark Guided Head Pose Estimation.
.- JPEG Image Encryption with Cross-Channel Permutation and Tunable Range Substitution.
.- ERUAVNet: An Efficient Reparameterized Network for Unmanned Aerial Vehicle Detection.
.- Modality Perception Network for Multi-Modal Rumor Detection.
.- Dual-Branch Diffusion Model for JPEG Artifact Correction.
.- Enhancing H&E-to-IHC Virtual Staining via Multi-Channel Correlation Learning.
.- HASNet: A Hybrid CNN-Transformer Network with Adaptive Sparse Cross Attention for Low-Light Image Enhancement.
.- Multi-View 3D Object Detection by Using a Preluded 2D Detector.
.- A L0 Framework with Anisotropic Sparsity and Fairness for 3D Denoising.
.- Real-Time Semantic Segmentation for UAV Perspectives on Embedded Platforms.
.- FDRFCD: Feature Disentangling Representation and Fusion Deep Network for Remote Sensing Image Change Detection.
.- WSFFormer: LightWeight Wavelet Spatial-Frequency Vision Transformer for Visual Representation Learning.
.- Pose-Enhanced 3D Rotary Embedding for Multi-View 3D Object Detection.
.- Exploratory Study on Enhancing Generalization Performance of Transformer Architectures in MedicalImage Segmentation: A Survey.
.- Planar KNN for Multi-Camera Interference Mitigation of Point Cloud.
.- Frequency-Enhanced Part Feature Mining and Cross-Modality Alignment for Visible-Infrared Person Re-Identification.
.- SRL-UNet: An Improved Residual U-Net with 2D-Selective-Scan for Nuclear Segmentation. |
|