Emerson, a global automation leader, continues to define the industrial edge with the release of DeltaV™ Live Enterprise View, a new application that securely extends real-time control system visualization beyond the control room.
Combining machine learning and feature selection, this research accurately predicts aluminum levels in marine environments, enhancing monitoring efficiency.
By Soham Nandi
23 Apr 2026
A piezoelectric microporous atomizer for poultry immunization robots ensures uniform droplet formation, enhancing disease control in intensive farming systems.
By Soham Nandi
22 Apr 2026
SEED-SET enhances ethical evaluation of autonomous systems through a hierarchical Bayesian framework, optimizing alignment with stakeholder values and metrics.
By Soham Nandi
21 Apr 2026
This research introduces a VSLAM framework that optimizes obstacle avoidance in indoor logistics, leveraging advanced algorithms and multi-sensor integration.
By Soham Nandi
20 Apr 2026
This research introduces a multi-resolution exploration method, enhancing robotic navigation efficiency and adaptability in challenging, unknown environments.
By Soham Nandi
16 Apr 2026
Liquid crystal elastomer hinges with embedded Joule heating enable robust, reconfigurable origami robots, achieving precise actuation and high cycle durability.
By Soham Nandi
15 Apr 2026
Innovative machine learning models using routine clinical data offer superior stroke risk prediction in atrial fibrillation, enabling personalized patient care.
By Soham Nandi
14 Apr 2026
Vibe coding democratizes software creation, allowing users to turn ideas into functional prototypes with AI, prioritizing communication and critical thinking.
By Soham Nandi
13 Apr 2026
A new study presents a deep learning approach for IoT malware detection in EV charging stations, addressing key limitations and enhancing detection accuracy.
By Soham Nandi
9 Apr 2026
SMU researchers created an electromagnetic coil system that can control microrobots without requiring continuous visual tracking of their position—a significant advancement that could enable microrobots to operate inside the body, within industrial pipes and other places that aren’t always visible with a camera.
Nanorobots using plasmonic motors achieve high-speed propulsion and precise control, enabling efficient bacterial capture and transport in biological settings.
By Soham Nandi
7 Apr 2026
An AI-powered robotic system will soon detect and repair cracked roads thanks to a $1.2 million partnership between Charles Darwin University (CDU), Civiltech Solutions, and the Additive Manufacturing Cooperative Research Centre (AMCRC).
A new type of computer chip that uses the physics of materials to process information could make some artificial intelligence (AI) systems far more energy efficient, researchers have found.
Improving uncertainty quantification in LLMs, this method combines epistemic and aleatoric uncertainty, leading to better error detection and model performance.
By Soham Nandi
2 Apr 2026