Researchers in Uruguay have released complete open-source designs for a 1,110-dollar robotic gantry that combines RGB and ...
The quest for efficient 3D plant shoot segmentation, vital for extracting plant phenotypic traits, has driven the integration of deep learning with point clouds. Traditional 2D methods, while ...
In response to increasing global food demands, improving crop yields through efficient phenotyping is imperative. Optical imaging-based phenotyping has markedly progressed plant breeding and crop ...
High-throughput phenotyping has significantly advanced plant data collection in agriculture. However, challenges arise when accurately segmenting overlapping plants in field images.Current methods, ...
Newswise — By learning directly from unlabeled datasets, Plant-MAE reduces reliance on exhaustive annotations, achieving state-of-the-art performance across multiple crops and environments. Plant ...
A self-driving field robot fitted with three depth cameras has been shown to build dense, millimetre-scale 3D maps of maize ...
Newswise — This approach not only offers a faster and more accurate way to measure plant traits in the field but also provides crucial insights into the molecular regulation of cotton architecture.
Michigan State University molecular plant scientist Dan Chitwood has received a $640,000 grant from the National Science Foundation to learn how to predict a plant’s phenotype. The grant is part of a ...
A cutting-edge, agricultural-oriented research team from Texas Tech University’s Davis College of Agricultural Sciences & Natural Resources June 5 celebrated the installation of a new phenotyping ...
A plant phenotyping project has been funded through the Wyoming Innovation Partnership Program that will equip the facility of a camera platform on a movable gantry system. Users will be able to ...
(a) The main structure of the self-supervised pretraining model, including three parts—a token embedding at the forefront, followed by a hierarchical encoder–decoder and a point reconstruction module.