6187 papers
This study demonstrates that combining Random Affine and Color Jitter augmentation techniques significantly enhances the generalization and accuracy of the lightweight EfficientViT model for Bengali handwritten character recognition on the Ekush and AIBangla datasets, achieving peak accuracies of 97.48% and 97.57% respectively.
This paper introduces Synthetic-Child, an AIGC-based pipeline that generates 12,000 privacy-preserving synthetic images of children using 3D modeling and FLUX-1 diffusion to train a quantized RTMPose-M model, achieving 71.2 AP on real-world data and outperforming both adult-data baselines and commercial posture correctors in accuracy and speed for edge deployment.
VLMFusionOcc3D is a robust multimodal framework for autonomous driving that leverages Vision-Language Models to resolve semantic ambiguities and employs a weather-aware adaptive fusion mechanism to significantly improve 3D semantic occupancy prediction accuracy, particularly under adverse weather conditions.
This paper introduces DrPose, a direct reward fine-tuning algorithm that leverages a novel dataset of pose-image pairs to optimize multi-view diffusion models for generating 3D humans with more natural and diverse poses from single images, eliminating the need for expensive 3D assets.
This paper proposes IB-IUMAD, a novel incremental unified multimodal anomaly detection framework that mitigates catastrophic forgetting by leveraging a Mamba decoder to disentangle inter-object feature coupling and an information bottleneck module to filter redundant features, thereby preserving discriminative information across evolving categories.
This paper introduces SEP-YOLO, a novel framework that combines frequency-domain detail enhancement and multi-scale spatial refinement to achieve state-of-the-art transparent object instance segmentation, while also providing high-quality annotations for the Trans10K dataset.
To overcome the limitations of fragmented supervision in fashion intelligence, the authors introduce FashionX, a comprehensive million-scale dataset, and OmniFashion, a unified vision-language framework that enables multi-task reasoning and interactive dialogue across diverse fashion applications.
This paper introduces M3IRT, a multimodal item response theory framework that decomposes model ability and item difficulty into image-only, text-only, and cross-modal components to filter out shortcut questions, thereby enabling more reliable and cost-effective evaluation of genuine cross-modal reasoning in Multimodal Large Language Models.
DREAM is a unified framework that synergistically combines discriminative and generative objectives through Masking Warmup and Semantically Aligned Decoding, achieving state-of-the-art performance in both visual understanding and text-to-image generation on the CC12M dataset.
The paper introduces VisionCreator, a native visual-generation agentic model that unifies understanding, thinking, planning, and creation capabilities through specialized training on a novel dataset and benchmark, demonstrating superior performance over larger closed-source models in complex visual creation tasks.
The paper introduces ReCo-Diff, a residual-conditioned deterministic sampling framework that enhances sparse-view CT reconstruction by continuously correcting predictions based on observation residuals, thereby achieving superior accuracy, stability, and robustness compared to existing cold diffusion methods.
FiDeSR is a high-fidelity, one-step diffusion framework for real-world image super-resolution that combines a detail-aware training weighting strategy, a residual-in-residual noise refinement mechanism, and low/high-frequency adaptive enhancers to simultaneously achieve superior perceptual quality and faithful content restoration.
ShareVerse is a multi-agent video generation framework that enables consistent shared world modeling by leveraging a large-scale CARLA dataset, a spatial concatenation strategy for multi-view coherence, and cross-agent attention mechanisms to ensure geometric and interactive consistency across agents.
This paper presents GTDoctor, a visual-language deep learning model and its associated GTDiagnosis software system, which significantly improve the speed, accuracy, and consistency of gestational trophoblastic disease pathological diagnosis through automated lesion segmentation and personalized analysis.
This paper proposes MiM-DiT, a unified image restoration framework that integrates a dual-level Mixture-of-Experts architecture with pretrained diffusion transformers to effectively handle diverse and fine-grained degradation types through adaptive coarse-grained and fine-grained expert selection.
The paper proposes CoR-Painter, a novel framework that enhances autoregressive image generation by introducing a "How-to-What" paradigm with constrained reasoning to explicitly derive spatial and compositional rules before generating detailed descriptions, thereby achieving state-of-the-art performance in spatial accuracy and coherence.
The paper proposes TenExp, a novel unsupervised framework that leverages a mixture-of-experts approach to dynamically search for and activate optimal single or mixed tensor decompositions, thereby overcoming the limitations of existing methods confined to fixed factor-interaction families.
This paper proposes the Spatial and Frequency Domain Enhancement Network (SFDE), a lightweight three-branch architecture that leverages complementary spatial and frequency domain representations to effectively address geometric asymmetry and texture inconsistencies in cross-view geo-localization, achieving state-of-the-art performance through multiscale structural modeling and frequency invariance.
This paper introduces RSHBench, a benchmark for diagnosing hallucinations in remote sensing visual question-answering, and proposes RADAR, a training-free inference method that leverages intrinsic attention to improve grounding and reduce hallucinations in multimodal large language models.
This paper proposes HiLoRA, a hierarchical Low-Rank Adaptation framework for Federated Learning that leverages a three-tier adapter structure and subspace-based client clustering to effectively capture global, subgroup, and client-specific knowledge, thereby enhancing both personalization and generalization in Vision Transformer models.