Monitoring Soil and Ambient Parameters in the IoT Precision Agriculture Scenario: An Original Modeling Approach Dedicated to Low-Cost Soil Water Content Sensors. - Pisana Placidi; Renato Morbidelli; Diego Fortunati; Nicola Papini; Francesco Gobbi; Andrea Scorzoni (Sensors, 2021)

Capacitive Low-Cost System for Soil Water Content Measurement in the IoT Precision Agriculture. - Pisana Placidi; Nicola Papini; Carmine Villani Delle Vergini; Paolo Mezzanotte; Andrea Scorzoni (I2MTC, 2022)

Soil Water Content Sensor in the IoT Precision Agriculture. - Pisana Placidi; Carmine Villani Delle Vergini; Nicola Papini; Elia Ciancabilla; Manuela Cecconi; Andrea Scorzoni (SENSORS, 2023)

Low-Cost and Low-Frequency Impedance Meter for Soil Water Content Measurement in the Precision Agriculture Scenario. - Pisana Placidi; Carmine Villani Delle Vergini; Nicola Papini; Manuela Cecconi; Paolo Mezzanotte; Andrea Scorzoni (IEEE Trans. Instrum. Meas., 2023)

Effect of Physical Properties of Granular Sustainable-Porous Materials on Water Content Measurements by Using a Low-Cost Sensor. - Nicola Papini; Manuela Cecconi; Pisana Placidi; Andrea Scorzoni; Alessandro Tarantino (I2MTC, 2024)

A novel instrument for characterising the electrical properties of dry granular-porous materials. - Nicola Papini; Carmine Villani Delle Vergini; Andrea Scorzoni; Pisana Placidi; Manuela Cecconi; Alessandro Tarantino (I2MTC, 2025)

Simulation Framework for Assessing VWC Performance in Low-Cost Smart Agriculture Sensors. - Nicola Papini; Andrea Scorzoni; Pisana Placidi; Manuela Cecconi; Chiara Petroselli; Carmine Villani Delle Vergini; Domenico Caputo; Nicola Lovecchio; Alessandro Tarantino (SAS, 2025)

Measurement-Based Model for Water Content Estimation in Sustainable Granular Materials Using an IoT Custom Device. - Nicola Papini; Luca Rugini; Manuela Cecconi; Andrea Scorzoni; Alessandro Tarantino; Pisana Placidi (IEEE Trans. Instrum. Meas., 2025)