Project

DESCRIPTION:

This project aims to explore the design space of a cost-effective, versatile, and modular hardware/software (HW/SW) platform for supporting a diversity of requirements in agriculture technology (AgTech) through monitoring, sensing, controlling machinery, and communication. Current AgTech benefits from data-driven intelligence and advanced controls. Advancing the computing systems for agriculture will enable productive and automated agriculture practices that are sustainable and preserve natural resources such as water and land. Specifically, versatile AgTech driven by intelligent computing systems will allow the farming industry to respond to climate change and effectively address the world hunger problem while reducing the costs of developing and maintaining computing platforms for AgTech industry.