Computer science, engineering, and technology innovations
New research reveals how exploiting human movement and attention can slash VR rendering costs by up to 70%, making immersive experiences more affordable.
Showing 1 - 12 of 28 articles
New research reveals how exploiting human movement and attention can slash VR rendering costs by up to 70%, making immersive experiences more affordable.
Space computing operates under conditions that would cripple Earth data centers. Learn how experts are designing resilient systems for satellites, enabling global connectivity & research.
Deep-throttling rocket engines face extreme physics challenges. A new model reveals why hydrogen outperforms methane at low power, crucial for future space missions.
Inspired by honeybees, Bee-Nav enables tiny robots to navigate efficiently without heavy computation, opening new possibilities for autonomous drones.
Engineers leverage smarter digital twins to predict machine failure, transforming reactive repair into proactive prevention through a novel framework.
A revolutionary robot classification system, 'tree of robots,' evaluates machines by task performance and fitness, moving beyond traditional shape-based sorting.
A groundbreaking robot dog, PAWS, achieves diverse, animal-like motion with only four motors using bio-inspired mechanical intelligence.
Scientists unveil a light-powered soft robot torus that navigates thick fluids with dynamic steerability, overcoming a key challenge in soft robotics.
Smart meters are breaking NB-IoT networks. Their always-on communication clashes with network design, causing collisions and delays across Europe.
Industrial wireless faces brutal latency & reliability demands. A new cooperative transmission strategy cuts transmit power by 4.5 dB for robust factory automation.
A breakthrough fingerprint-inspired sensor now reads touch and strain from all 360 degrees, matching human skin's omnidirectional sensitivity.
Traditional search fails IoT. Explore a new research framework revealing how smart devices learn to find each other in dynamic, real-time environments.
