Wireless Soil Moisture Smart Sensor Network: Physics-Based Optimal Control for Enhanced Monitoring

This paper introduces the concept and initial demonstrations of a wireless soil moisture smart sensor network utilizing physics-based optimal control. This novel approach offers the potential for efficient and accurate soil moisture monitoring, a crucial aspect for optimizing irrigation strategies and maximizing crop yields. The network leverages a combination of wireless sensors, intelligent algorithms, and a physics-based control framework to ensure real-time, accurate data collection and analysis. This allows for precise adjustments to irrigation systems, leading to reduced water consumption, minimized environmental impact, and enhanced agricultural productivity. The paper further discusses the initial demonstrations of the proposed system, highlighting its performance in various field scenarios. The results demonstrate the effectiveness of the physics-based optimal control strategy in achieving efficient and accurate soil moisture monitoring, paving the way for a more sustainable and productive agricultural future.