PUBLICACIÓN

An intelligent IoT system based on a WSN of leaf-turgor pressure sensors for water stress assessment in japanese plum trees

ACCEDER A LA PUBLICACIÓN: Orcid

Jose A. Barriga; Arturo Barriga; Maria J. Monino; Marina Corchado; Pedro J. Clemente; Maria H. Prieto

2026 International Journal of Information Technology & Decision Making

DOI

10.1142/s0219622026500276

AUTORES DE LA UEX

Arturo Barriga Corchero
José Ángel Barriga Corchero

OTRAS PUBLICACIONES DE INTERÉS

Simulateiot: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments
A Model-Driven Approach To Streamline The Development Of Prescriptive Services For Digital Twins
An Intelligent Iot System Based On A Wsn Of Leaf-Turgor Pressure Sensors For Water Stress Assessment In Japanese Plum Trees
A Model-Driven Approach To Streamline The Development Of Prescriptive Services For Digital Twins
An Intelligent Iot System Based On A Wsn Of Leaf-Turgor Pressure Sensors For Water Stress Assessment In Japanese Plum Trees
Iot And Machine Learning For The Forecasting Of Physiological Parameters Of Crop Leaves
An Intelligent Iot System Based On A Wsn Of Leaf-Turgor Pressure Sensors For Water Stress Assessment In Japanese Plum Trees
Iot And Machine Learning For The Forecasting Of Physiological Parameters Of Crop Leaves
A Simulation Framework For Assessing And Optimizing Iot Service And Resource Allocation: Simulateiot-Services
Iot And Machine Learning For The Forecasting Of Physiological Parameters Of Crop Leaves
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Model-Driven Development Towards Distributed Intelligent Systems
A Simulation Framework For Assessing And Optimizing Iot Service And Resource Allocation: Simulateiot-Services
Model-Driven Development Towards Distributed Intelligent Systems
Model-Driven Design And Simulation Of Iot Systems Featuring Mobile Nodes
Model-Driven Development Towards Distributed Intelligent Systems
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Iot-Based Expert System For Fault Detection In Japanese Plum Leaf-Turgor Pressure Wsn
Model-Driven Design And Simulation Of Iot Systems Featuring Mobile Nodes
Iot-Based Expert System For Fault Detection In Japanese Plum Leaf-Turgor Pressure Wsn
Simulating Iot Systems From High-Level Abstraction Models For Quality Of Service Assessment
Iot-Based Expert System For Fault Detection In Japanese Plum Leaf-Turgor Pressure Wsn
Simulating Iot Systems From High-Level Abstraction Models For Quality Of Service Assessment
Design, Code Generation And Simulation Of Iot Environments With Mobility Devices By Using Model-Driven Development: Simulateiot-Mobile
Simulating Iot Systems From High-Level Abstraction Models For Quality Of Service Assessment
Design, Code Generation And Simulation Of Iot Environments With Mobility Devices By Using Model-Driven Development: Simulateiot-Mobile
Crop-Water Assessment In Citrus (Citrus Sinensis L.) Based On Continuous Measurements Of Leaf-Turgor Pressure Using Machine Learning And Iot
Design, Code Generation And Simulation Of Iot Environments With Mobility Devices By Using Model-Driven Development: Simulateiot-Mobile
Crop-Water Assessment In Citrus (Citrus Sinensis L.) Based On Continuous Measurements Of Leaf-Turgor Pressure Using Machine Learning And Iot
Designing And Simulating Iot Environments By Using A Model-Driven Approach*
Crop-Water Assessment In Citrus (Citrus Sinensis L.) Based On Continuous Measurements Of Leaf-Turgor Pressure Using Machine Learning And Iot
Designing And Simulating Iot Environments By Using A Model-Driven Approach*
Simulateiot-Fiware: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments On Fiware
Designing And Simulating Iot Environments By Using A Model-Driven Approach*
Simulateiot-Fiware: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments On Fiware
Simulateiot: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments
Simulateiot-Fiware: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments On Fiware
Simulateiot: Domain Specific Language To Design, Code Generation And Execute Iot Simulation Environments
A Model-Driven Approach To Streamline The Development Of Prescriptive Services For Digital Twins
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