Garford Robocrop InRow Weeder
Vision-guided tractor implement that mechanically hoes within crop rows around individual plants.
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33 results for “weed control”
Also matched: agriculturalVision-guided tractor implement that mechanically hoes within crop rows around individual plants.
LaserWeeder is a tractor-towed agricultural system that uses cameras, computer vision and lasers for targeted weed control.
Solar-powered field robot that records seed positions for subsequent inter-row and intra-row mechanical weeding.
Camera- and machine-learning-equipped spraying system that identifies crops and weeds for targeted application.
Camera-guided tractor implement designed to apply treatments selectively to individual plants.
Vision-guided tractor implement designed to cultivate around crop plants within and between rows.
Tractor-mounted robotic system designed for plant-level application and field data collection.
Aircraft and ground equipment can apply agricultural inputs using planned routes and targeted controls.
Carbon Robotics develops computer-vision-guided agricultural equipment for weed control.
Figure described Helix 02 as a vision-language-action system for whole-body control of Figure 03 and published demonstrations of long-horizon manipulation. Results are…
The paper describes vision-language-action models that represent robot actions alongside visual and language inputs.
Robotic manipulation concerns sensing, planning and controlling physical contact with objects and tools.
Oussama Khatib's Stanford research includes robot control, manipulation and human-centered robotics.
Booster T1 is a compact humanoid development platform aimed at universities, labs and robotics teams working on locomotion, control and embodied intelligence.
FlashBot Arm combines an enclosed building-delivery base with a robotic arm for operating access controls and completing handoffs across floors.
Straddle field robot developed for mechanical weeding in large-scale vegetable beds.
Autonomous tool-carrier platform developed for crop-row operations including precision weeding.
Compact electric field robot designed for weeding and crop-row work in market gardens and similar operations.
TALOS is a torque-controlled biped developed as a research platform for whole-body control, locomotion and manipulation.
GXR is WeRide's purpose-built Level 4 robotaxi platform, designed around a spacious passenger cabin, drive-by-wire controls and redundant autonomous-driving hardware.
Robotic magnetic navigation system designed to steer compatible magnetic interventional devices under physician control.
Tracked autonomous agricultural vehicle designed to pull compatible field implements.
Computer-assisted surgical systems translate a clinician's inputs into controlled instrument movement for cleared procedures.
Vijay Kumar leads research in robotics and autonomous systems, including aerial robots and multi-robot coordination.
Compact electric crawler developed to carry tools for work between vineyard rows; Naïo says the model is no longer manufactured, sold, or supported.
Electric straddle robot designed to carry tools and perform work between vineyard rows.
Type-X is a tracked robotic combat-vehicle platform developed for mechanized-unit support, with remote operation and autonomous functions including waypoint navigation…
H1 is Unitree's full-size general-purpose humanoid platform for dynamic locomotion and embodied-AI development.
AKINCI is a twin-engine high-altitude uncrewed combat aircraft designed for long-endurance surveillance, command support and multi-payload defense missions.
KIZILELMA is a jet-powered uncrewed combat aircraft under flight development for collaborative air operations and operation from short runways.
Bayraktar TB2 is a remotely piloted fixed-wing aircraft used for persistent intelligence, surveillance and reconnaissance and other defense missions.
Digital laparoscopic platform offering surgeon-controlled robotic instrumentation and visualization features for authorized procedures.
ZED-F9P is a multi-band GNSS receiver module designed for high-precision positioning with correction data.