# IoT-Enabled Distributed Data Processing for Precision Agriculture

## TL;DR

This paper proposes a fog computing-based distributed data processing approach for precision agriculture, enhancing network robustness, reducing energy consumption, and enabling real-time crop and soil monitoring.

## Contribution

It introduces a hierarchical aggregation method leveraging fog computing for efficient, robust, and energy-saving data analysis in precision agriculture.

## Key findings

- Improved network robustness through hierarchical aggregation.
- Reduced energy consumption in data transmissions.
- Successful case study on real field data.

## Abstract

Large scale monitoring systems, enabled by the emergence of networked embedded sensing devices, offer the opportunity of fine grained online spatio-temporal collection, communication and analysis of physical parameters. Various applications have been proposed and validated so far for environmental monitoring, security and industrial control systems. One particular application domain has been shown suitable for the requirements of precision agriculture where such systems can improve yields, increase efficiency and reduce input usage. We present a data analysis and processing approach for distributed monitoring of crops and soil where hierarchical aggregation and modelling primitives contribute to the robustness of the network by alleviating communication bottlenecks and reducing the energy required for redundant data transmissions. The focus is on leveraging the fog computing paradigm to exploit local node computing resources and generate events towards upper decision systems. Key metrics are reported which highlight the improvements achieved. A case study is carried out on real field data for crop and soil monitoring with outlook on operational and implementation constraints.