Graph-based 3D Human Pose Estimation using WiFi Signals

A recent study has introduced two new slope-based adversarial attack methods, the General Slope Attack and Least-Squares Slope Attack, targeting financial time-series data predictions made by the N-HiTS model. These methods can manipulate stock forecast trends by doubling the slope, effectively bypassing standard security mechanisms designed to filter out perturbed inputs.

The introduction of CommonVoice-SpeechRE marks a significant advancement in Speech Relation Extraction (SpeechRE) by providing a large-scale dataset of nearly 20,000 real human speech samples, addressing the limitations of existing synthetic datasets. This new benchmark aims to enhance the extraction of relation triplets directly from speech, which has been a challenge due to the lack of diversity in previous datasets.

DualGazeNet has been introduced as a biologically inspired dual-gaze query network aimed at enhancing salient object detection (SOD) while minimizing architectural complexity. This framework seeks to overcome challenges faced by existing SOD methods, which often suffer from feature redundancy and performance bottlenecks due to their intricate designs. By simplifying the architecture, DualGazeNet aims to achieve state-of-the-art accuracy and computational efficiency.

A new dataset titled 'BCWildfire' has been introduced, providing a comprehensive 25-year daily-resolution record of wildfire risk across 240 million hectares in British Columbia. This dataset includes 38 covariates such as active fire detections, weather variables, fuel conditions, terrain features, and human activity, addressing the scarcity of publicly available benchmark datasets for wildfire risk prediction.

A new domain adaptation pipeline has been developed to enhance the accuracy of galaxy observations by training on simulated TNG50 galaxies and evaluating on real SDSS galaxies. This approach addresses the challenges posed by domain shifts in various factors such as PSF and noise, which can hinder the reliable inference of physical properties like morphology and stellar mass.

A new unified deep learning platform has been developed for the detection of dust and faults in solar panels, utilizing thermal and visual imaging techniques. This model incorporates various parameters such as power output and voltage across solar cells to ensure effective monitoring and maintenance of solar energy systems.

A new framework named DE-KAN has been introduced, utilizing a Dual Encoder Kolmogorov Arnold Network to enhance the accuracy of 2D teeth segmentation from panoramic radiographs. This approach addresses challenges such as anatomical variations and overlapping structures that have historically hindered segmentation performance. The framework combines a ResNet-18 encoder for augmented inputs and a customized CNN encoder for original inputs, allowing for improved feature extraction.

A new study has introduced Life-IQA, a framework designed to enhance blind image quality assessment (BIQA) by utilizing GCN-enhanced layer interaction and MoE-based feature decoupling. This approach addresses the limitations of existing BIQA methods that often overlook the varying contributions of shallow and deep features in quality prediction.