Convolution-Enhanced Vision Transformer Method Enhances Lower Limb Exoskeleton Locomotion Mode Recognition
Conv‐ViT method enhances recognition of locomotion modes in lower limb exoskeletons. Achieved 98.87% and 96.74% accuracy for steady modes and…
Advanced Simulation Techniques Enable Adaptive Locomotion for Magnetic Soft Millirobots
New simulation environment for adaptive magnetic soft millirobots introduced. Bayesian optimization and Gaussian processes enhance real-world application. Kullback-Leibler divergence method…
Wayve Introduces PRISM-1 Model for Enhanced Autonomous Driving
Wayve introduces PRISM-1 for advanced autonomous driving simulations. PRISM-1 uses novel synthesis to enhance realism and efficiency. Wayve releases WayveScenes…
GM Invests $850M in Cruise Amid Operational Challenges
GM invests $850 million in Cruise despite previous financial setbacks. Cruise resumes manual and supervised autonomous operations in select cities.…
NVIDIA Unveils Omniverse Cloud Sensor RTX
Omniverse Cloud Sensor RTX simulates sensors to boost autonomous machine development. The system integrates real and synthetic data for accurate…
A Cable‐Driven Underwater Robotic System for Delicate Manipulation of Marine Biology Samples
Underwater manipulator features a lightweight, cable-driven structure. Force sensors enable sensitive manipulation of delicate marine species. Simulations confirm system's precise…
Dynamic Addressing Molecular Robot: A Precise Method for Molecular Recognition
Dynamic Addressing Molecular Robot enhances molecular recognition accuracy efficiently. DAMR applies to diverse samples, outperforming traditional trial-and-error methods. Dynamic adaptability…
Antigravity Superwettable Pumps Revolutionize Oil–Water Emulsion Separation
Antigravity-driven pumps enhance oil–water emulsion separation efficiency. Self-organized microchannels enable spontaneous and sustainable separation. Method offers significant environmental and economic…
Mechanical Computing with Transmissive Snapping of Kirigami Shells
Mechanical logic and computing using kirigami architecture is demonstrated. Kirigami shells perform NOT, XNOR, and NAND operations, and half-adder computations.…
NASA Spinoff Develops Sustainable Power Source for Underwater Robots
Seatrec's infiniTE float uses phase-change materials for power generation. The technology allows continuous operation of underwater robots without intervention. Potential…
