Design of Automatic Strawberry Harvest Robot Suitable in Complex Environments
Zhuoling Huang, Elizabeth Sklar, Simon Parsons
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