Solar-powered farm robot digs, sows, waters and cuts crops under remote IoT control
Engineers in Pakistan have built and field-tested a solar-powered, IoT-connected agricultural robot that digs, sows, irrigates and cuts crops, achieving ...
Engineers in Pakistan have built and field-tested a solar-powered, IoT-connected agricultural robot that digs, sows, irrigates and cuts crops, achieving ...
Researchers in Bavaria released two benchmark datasets of dusty tractor-camera images and found that the best dust removal methods are ...
A robotic citrus harvester that aligns fruit stems with a passive V-shaped guide and coordinated arm motions achieved an average ...
A lightweight machine-vision prototype pairs a single industrial camera with a streamlined detector called MOD-DETR and a SORT-based tracker called ...
A new reusable strawberry stem made from hot melt adhesives provides a standardized, low-cost testbed for validating robotic harvesting systems.
A new robotic system combines deep learning recognition with optimised grasp planning to harvest tomatoes in dense clusters with minimal ...
Researchers developed lightweight neural networks and a new RGB-D dataset that let robots detect accurate grasps for fruits of varying ...
Researchers at Central South University have created a hybrid deep learning model that lets mobile agricultural robots accurately forecast pollutant ...
A major review shows how AI, sensors, satellite and drone imaging, digital twins and field robots are converging to cut ...
A new RGB-D perception-to-action framework called E-YOLOv11-RGBD raised robotic greenhouse harvesting success from 51.7 to 92.5 percent by converting AI ...
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© 2026 Scienmag - Science Magazine