We focus on developing techniques that will advance all aspects of phenotyping from the cell to the population levels using innovative combinations of sensing systems and data analytics.
Here is the projects we have made:
We focus on developing techniques that will advance all aspects of phenotyping from the cell to the population levels using innovative combinations of sensing systems and data analytics.
Here is the projects we have made:
Soybean seed localization and counting based on dot annotated infield images
Forked from oceam/EasyDCP
A python package for agricultural phenotypic trait extraction from 2D image sets via 3D reconstruction and analysis of 3D point clouds.
Code and original sample point clouds for potato sprout tip detection, temporal tracking and active-sprout phenotyping.
A handy tool for dealing with region of interest (ROI) on the image reconstruction (Metashape & Pix4D) outputs, mainly in agriculture applications
A GUI plugin tool for Agisoft Metashape with extended functions for smart agriculture.
Bring aerial field phenotyping into higher dimensions with modern fluent UI Design.
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