Fieldin Partners With Fruitspec to Provide Yield Inventory Technology to Apple Growers in the Pacific Northwest
FruitSpec's innovative technologies automatically track fruit sizes and quantities throughout the growing season so growers, packing houses and sales desks can better align fruit inventories to meet market demands.
How Cameras Enable Vision in New-age Agricultural Robots
Embedded vision has been transforming agriculture by enabling autonomous mobile robots to 'see' their environment for the purposes of picking & harvesting, plowing, weed & bug detection, etc.
APPLE KING ACHIEVES GROUNDBREAKING GRADING RESULTS WITH ELLIPS TRUE-AI
In mid-December, Apple King of Yakima, WA upgraded its existing Ellips TrueSort apple grading & sorting technology to incorporate Ellips' "Deep Learning" solution called TrueAI.
Automatic Forest Fire Detection System With AI Enables Early and Efficient Fire Fighting
Instead of elaborately programming a solution, neural networks and deep learning algorithms teach an image processing system to see, recognize and verify objects - in this case smoke.
Robot Solution for Automating the Lettuce Harvest
In England, agricultural technology and machinery experts are working with IDS Imaging Development Systems GmbH (Obersulm, Germany) to develop a robotic solution to automate lettuce harvesting.
How to Create Intelligent Machine Vision Applications
Recognizing organic and multi-variant objects is no easy challenge in machine vision. However, the situation is different when using intelligent cameras such as those of the IDS NXT series.
Vision System Simplifies Robotic Fruit Picking - Acro Institute
By placing the camera inside the gripper, the position of the camera is fully controllable. The camera can point its optical axis at the apple, reducing image distortion and eliminating repetitive calibration steps during apple picking.
Researchers Analyze H2O Absorption via Goldeye SWIR Cameras
The LemnaTec system, called Scanalyzer3D, utilizes advanced cameras from Allied Vision to provide researchers with previously unavailable data on plant growth, root development, water absorption and drying, and photosynthesis.
BOWERY FARMING ACQUIRES TRAPTIC, 3D VISION AND ROBOTICS HARVESTING STARTUP, TO ACCELERATE THE COMMERCIALIZATION OF FRUITING AND VINE CROPS
Traptic's 3D vision, robotic arms and artificial intelligence (AI) combined with Bowery's world-class technology deployed in its farms will be used to harvest ripe strawberries.
AeroFarms and Nokia Unveil Partnership for Next Generation AI-Enabled Plant Vision Technology
Ground-breaking technology partnership will significantly improve plant yields and quality in AeroFarms' vertical farms through analytics, AI, drones and wireless networking.
This Rocks: Terraclear's Rock-picking Robot Increases Productivity for Farmers
By using a computer vision-controlled system to map terrain and identify the size and location of rocks embedded in the soil, the heavy lifting is done by automated machinery which saves farmers a lot of time and money.
How to control growth phases intelligently and efficiently
Image processing with cameras and AI enables applications that were previously unthinkable. In agriculture, for example, it supports the optimal application of fertilizers, the visual monitoring of products and growth phases, and the processing of harvested crops.
How image data is changing agriculture
Anyone who wants to realize applications in which objects with a wide variety of characteristics - such as vegetables or fruit - are to be reliably recognized, cannot afford to ignore image processing with artificial intelligence.
Cultivating Farmland Precisely and as Needed
Digitized and automated processes are becoming increasingly important in modern agricultural enterprises. Machine vision methods play a key role here. Among other things, they can be used for a variety of precision farming applications.
Camera System Minimizes Health Risks When Consuming Seafood Products
Stuttgart-based technet GmbH has developed a system that uses a USB 3 uEye CP industrial camera from IDS to capture the contours and surface parameters of the parasites and determines the curvature energies of individual larvae from these data.
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