Start Date

9-5-2019 1:15 PM

End Date

9-5-2019 2:45 PM

Document Type

Event

Keywords

Robotics, Education Technology, Gaming, Human Machine Interactions, Horticulture

Description

This project will focus on bringing together interactive education, recreation, and gardening to promote education in gardening through robotic and interactive gaming systems. The system would be beneficial in a community environment and will be used as a community resource. By using recycled materials including robotic vacuums and computers as well as new materials, including microcomputers and game interfaces. This system will combine the complexity of machines and the simplicity of nature’s plants. To gain educational human-machine interaction, an open sourced game involving machines and horticulture will be included that is related to the environment. Learning can also be included with the various sensors that the robotic vacuum will have onboard. This project can also have room to be manipulated to fit a certain environment and its surroundings. While this project has these views in mind, it can also be used as a connection to intelligent farming and gardening in urban areas.

DOI

https://doi.org/10.5038/AQJL9246

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May 9th, 1:15 PM May 9th, 2:45 PM

Ongoing Efforts in Implementing an Educational Intelligent Robotic Garden System

This project will focus on bringing together interactive education, recreation, and gardening to promote education in gardening through robotic and interactive gaming systems. The system would be beneficial in a community environment and will be used as a community resource. By using recycled materials including robotic vacuums and computers as well as new materials, including microcomputers and game interfaces. This system will combine the complexity of machines and the simplicity of nature’s plants. To gain educational human-machine interaction, an open sourced game involving machines and horticulture will be included that is related to the environment. Learning can also be included with the various sensors that the robotic vacuum will have onboard. This project can also have room to be manipulated to fit a certain environment and its surroundings. While this project has these views in mind, it can also be used as a connection to intelligent farming and gardening in urban areas.