Reading the Leaves: Difference between revisions

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Following discussion with Barn4 incubator ...
Client: Julian Godding, [[Gardin]] <j.godding@gardin.co.uk>


Plant leaves are anatomically complex, but structured in ways that can be used to make a (simplified) digital model. In this project your goal will be to render a 3D model of a plant growing in real-time, with properties such as leaf area and weight calibrated against real plants, using deep learning networks to extract the relevant properties from laboratory time-lapse photography of the growing plant.
Plant leaves are anatomically complex but can be structured in ways to make a digital model of the plant. In this project your goal will be to use time-lapse photography to render a 3D model of plants growing in a vertical farm in real-time; mapping a grid-search of chlorophyll fluorescence measurements and displaying phenotype properties such as leaf area and weight, calibrated against ground truth measurements.

Latest revision as of 19:14, 12 November 2021

Client: Julian Godding, Gardin <j.godding@gardin.co.uk>

Plant leaves are anatomically complex but can be structured in ways to make a digital model of the plant. In this project your goal will be to use time-lapse photography to render a 3D model of plants growing in a vertical farm in real-time; mapping a grid-search of chlorophyll fluorescence measurements and displaying phenotype properties such as leaf area and weight, calibrated against ground truth measurements.