Latest AI and machine learning research in care of terminally ill / palliative care for healthcare professionals.
Accurate, fast, and interpretable fault identification on electrical transmission lines is essential for maintaining power system stability and reducing outage durations. In this study, we propose a hybrid 1D convolutional neural network-Decision Tree (1D-CNN-DT) for transmission line fault detection and classification, in which the 1D-CNN acts solely as a feature extractor. During this process, t...
BACKGROUND: Nurses in long-term care spend up to one-third of their working time on documentation, contributing to administrative burden and limited time for direct care. Artificial intelligence (AI) speech assistants have shown potential to accelerate documentation, but longitudinal evidence from real-world long-term care settings remains scarce. OBJECTIVE: This study aimed to evaluate whether im...
INTRODUCTION: Primary care is facing multiple crises, including an increase in health misinformation. Digital health messaging by primary care provide...
This study presents an AI-assisted inverse design methodology for a compact and ultra-wideband grooved half-mode waveguide (G-HMWG) end-fire antenna. ...
Chronic heart failure (CHF) patients often present with heterogeneous patterns of cardiac dyssynchrony. Although QRS prolongation (>150 ms) and left b...
BACKGROUND: Approximately 1 in 5 children and adolescents live with chronic pain, with musculoskeletal (MSK) pain being one of the most prevalent subt...
Sudden shock loads in wastewater influent can severely disrupt biological treatment processes and cause effluent quality exceedances in wastewater tre...
Due to the inherent subjectivity of Kansei perception, aligning the front-end styling of new energy vehicles (NEVs) with users' emotional preferences ...
Evaluating end-range movements during tennis match-play can quantify high intensity load exposure and facilitate specific analysis of players' high-en...
Digital solutions are essential for eliminating tuberculosis as a public health problem. They can be applied across all stages of patient care, health...
End-to-end backpropagation remains the dominant training paradigm in deep learning, yet it suffers from inherent drawbacks, including update locking, ...
The end-to-end delay prediction is critical for intelligent network management, particularly in latency-sensitive and dynamic environments. While rece...
OBJECTIVE: Magnetic particle imaging (MPI) is an emerging imaging modality that offers high sensitivity and potential for high-speed imaging. In many ...
BACKGROUND: Virtual patients (VPs) demonstrate effectiveness in improving clinical reasoning skills; however, traditional VP platforms often lack indi...
BACKGROUND: Medical ambient artificial intelligence (AI) scribes reduce documentation burden, but the current evidence is almost entirely from English...
BACKGROUND: The promise of artificial intelligence (AI) in medicine depends on its ability to learn from data that reflect what matters to patients an...
PURPOSE: To develop an image reconstruction method that enables increased spatial resolution cardiac T1 mapping in both the end-diastolic and systolic...
BACKGROUND: Rapid and accurate pest diagnosis is essential for reducing crop losses and improving agricultural productivity. Most existing methods rel...
OBJECTIVE: This work aims to enable adaptive Consumer Sleep Technologies (CSTs) for sleep intervention by developing a deep learning model for sleep s...
BACKGROUND: Late gadolinium enhancement (LGE) cardiovascular magnetic resonance (CMR) is the reference standard for assessing myocardial scar and micr...