The soil moisture and permittivity estimation is vital for the success of the variable rate approaches in the field of the decision agriculture. In this chapter, the development of a novel permittivity estimation and soil moisture sensing approach is presented. The empirical setup and experimental methodology for the power delay measurements used in model are introduced. Moreover, the performance analysis is explained that includes the model validation and error analysis. The transfer functions are reported as well for soil moisture and permittivity estimation. Furthermore, the potential applications of the developed approach in different disciplines are also examined
The rational use of water resources requires accurate assessment of soil moisture content. During th...
Measurement of the apparent dielectric permittivity of soils (dielectric constant) is becoming a pop...
This paper will show the electronic architecture of a portable andvnon-invasive soi lmoisture system...
Internet of Underground Things (IOUT) communications have the potential for soil properties estimati...
Electromagnetic methods have been widely used in the measurement of the water content of the soil. T...
Continuous sensing of soil moisture is essential for smart agriculture variable rate irrigation (VRI...
The mapping of moisture content, composition, and texture of soils is attracting a growing interest,...
To understand short-term and long-term dynamics in spatial soil moisture patterns at the small catch...
Soil moisture is a key parameter which governs the soil water balance and affects hydrologic process...
Electromagnetic methods have been widely used in the measurement of the water content of the soil. T...
There is a need for low-cost, high-accuracy measurement of water content in various materials. This ...
This article presents a time domain transmissometry soil moisture sensor (TDT-SMS) using a dispersiv...
"December 2013.""A Thesis Presented to The Faculty of the Graduate School At the University of Misso...
In a common agriculture resource, soil contamination monitoring is a prominent area of study. Nowada...
© 2019 Amir OrangiSite characterisation plays an important role in a diverse range of engineering an...
The rational use of water resources requires accurate assessment of soil moisture content. During th...
Measurement of the apparent dielectric permittivity of soils (dielectric constant) is becoming a pop...
This paper will show the electronic architecture of a portable andvnon-invasive soi lmoisture system...
Internet of Underground Things (IOUT) communications have the potential for soil properties estimati...
Electromagnetic methods have been widely used in the measurement of the water content of the soil. T...
Continuous sensing of soil moisture is essential for smart agriculture variable rate irrigation (VRI...
The mapping of moisture content, composition, and texture of soils is attracting a growing interest,...
To understand short-term and long-term dynamics in spatial soil moisture patterns at the small catch...
Soil moisture is a key parameter which governs the soil water balance and affects hydrologic process...
Electromagnetic methods have been widely used in the measurement of the water content of the soil. T...
There is a need for low-cost, high-accuracy measurement of water content in various materials. This ...
This article presents a time domain transmissometry soil moisture sensor (TDT-SMS) using a dispersiv...
"December 2013.""A Thesis Presented to The Faculty of the Graduate School At the University of Misso...
In a common agriculture resource, soil contamination monitoring is a prominent area of study. Nowada...
© 2019 Amir OrangiSite characterisation plays an important role in a diverse range of engineering an...
The rational use of water resources requires accurate assessment of soil moisture content. During th...
Measurement of the apparent dielectric permittivity of soils (dielectric constant) is becoming a pop...
This paper will show the electronic architecture of a portable andvnon-invasive soi lmoisture system...