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Design of Automatic Strawberry Harvest Robot Suitable in Complex Environments

Zhuoling Huang, Elizabeth Sklar, Simon Parsons

202024 citationsDOIOpen Access PDF

Abstract

Strawberries are an important cash crop that are grown worldwide. They are also a labour-intensive crop, with harvesting a particularly labour-intensive task because the fruit needs careful handling. This project investigates collaborative human-robot strawberry harvesting, where interacting with a human potentially increases the adaptability of a robot to work in more complex environments. The project mainly concentrates on two aspects of the problem: the identification of the fruit and the picking of the fruit.

Topics & Concepts

AdaptabilityTask (project management)Cash cropRobotIdentification (biology)Computer scienceAgricultural engineeringWork (physics)CropHuman–computer interactionArtificial intelligenceEngineeringAgricultureAgronomyBiologySystems engineeringEcologyMechanical engineeringSmart Agriculture and AIGreenhouse Technology and Climate ControlWater Quality Monitoring Technologies
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