WSCF-MVCC: Weakly-supervised Calibration-free Multi-view Crowd Counting

A new end-to-end framework for multi-person 2D pose estimation in videos has been introduced, eliminating the reliance on heuristic operations that limit accuracy and efficiency. This framework, named Pose-Aware Video transformEr Network (PAVE-Net), effectively associates individuals across frames, addressing the challenges of complex and overlapping trajectories in video data.

Recent advancements in dance generation have led to the development of a novel approach that utilizes a generative masked text-to-motion model to synthesize high-quality 3D dance motions. This method addresses significant challenges such as realism, dance-music synchronization, and motion diversity, while also enabling semantic motion editing capabilities.

A new study introduces CROPKT, a framework for cross-cancer prognosis knowledge transfer using Whole-Slide Images (WSI). This approach challenges the traditional cancer-specific model by leveraging a large dataset (UNI2-h-DSS) that includes 26 different cancers, aiming to enhance prognosis predictions, especially for rare tumors.

A new framework for fast 3D surrogate modeling has been developed to enhance thermal management in data centers, focusing on real-time temperature predictions that are crucial for energy efficiency and sustainability. This approach utilizes a voxelized representation of the data center, integrating various operational parameters such as server workloads and HVAC settings.

A new paper introduces a context-enriched contrastive loss function aimed at improving the effectiveness of contrastive learning frameworks. This approach addresses the issue of information distortion that arises from augmented samples, which can lead to models over-relying on identical label information while neglecting positive pairs from the same image. The proposed method incorporates two convergence targets to enhance learning outcomes.

A new study has introduced a method for enhancing medical Vision-Language Models (VLMs) through momentum self-distillation, addressing the challenges posed by limited computing resources and the scarcity of detailed annotations in healthcare. This approach aims to improve the efficiency of training VLMs, allowing them to perform well even with small datasets or in zero-shot scenarios.

A new framework called Basis-Oriented Low-rank Transfer (BOLT) has been proposed to enhance the adaptation of large pre-trained models to unseen tasks with minimal additional training. This method focuses on extracting an orthogonal, task-informed spectral basis from existing fine-tuned models, allowing for efficient adaptation in both offline and online phases.

The introduction of UCAgents, a hierarchical multi-agent framework, aims to enhance medical decision-making by enforcing unidirectional convergence through structured evidence auditing, addressing the reasoning detachment seen in Vision-Language Models (VLMs). This framework is designed to mitigate biases from single-model approaches by limiting agent interactions to targeted evidence verification, thereby improving clinical trust in AI diagnostics.