The introduction and evaluation of a novel sensor design for a soil moisture sensor that can be manufactured on a PCB. The PCB acts as a capacitor, which uses the fringe effect to allow changes in permittivity of its surrounding medium to be identified, and this capacitance is measured via relatively simple charge and discharge times between two voltages through a series resistor. The system is implemented in a low-cost microcontroller, and coupled with being printable on a PCB, has the potential to make a highly cost-effective sensor. A custom Android Bluetooth application was produced to provide communication with and configuration of the sensor
To meet the demand of intelligent irrigation for accurate moisture sensing in the soil vertical prof...
A wireless, passive embedded sensor was designed and fabricated for monitoring moisture in sand. The...
In this paper, a comparative performance analysis based on two different types of polymer, namely PM...
TDR (Time Domain Reflectometry) has been shown to give a good measurement of soil moisture by measur...
Soil moisture is an important property for agriculture, but currently commercialized soil moisture s...
Soil moisture is an important property for agriculture, but currently commercialized soil moisture s...
The quantity and quality of water present in the soil determine to a greater extent the performance ...
This paper describes the fringing electric field modeling and performance of four different shaped p...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
We present a capacitive smart sensor based on printed circuit board (PCB) technology to measure the ...
Power supply and long distance cable are difficult in a field. Hence, a low power high-frequency cap...
An appropriate proportion of water content in the soil is critical for plant growth [1]. The use of ...
To meet the demand of intelligent irrigation for accurate moisture sensing in the soil vertical prof...
To meet the demand of intelligent irrigation for accurate moisture sensing in the soil vertical prof...
A wireless, passive embedded sensor was designed and fabricated for monitoring moisture in sand. The...
In this paper, a comparative performance analysis based on two different types of polymer, namely PM...
TDR (Time Domain Reflectometry) has been shown to give a good measurement of soil moisture by measur...
Soil moisture is an important property for agriculture, but currently commercialized soil moisture s...
Soil moisture is an important property for agriculture, but currently commercialized soil moisture s...
The quantity and quality of water present in the soil determine to a greater extent the performance ...
This paper describes the fringing electric field modeling and performance of four different shaped p...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
Differing from the structure of traditional parallel plate capacitive sensor a semi cylindrical capa...
We present a capacitive smart sensor based on printed circuit board (PCB) technology to measure the ...
Power supply and long distance cable are difficult in a field. Hence, a low power high-frequency cap...
An appropriate proportion of water content in the soil is critical for plant growth [1]. The use of ...
To meet the demand of intelligent irrigation for accurate moisture sensing in the soil vertical prof...
To meet the demand of intelligent irrigation for accurate moisture sensing in the soil vertical prof...
A wireless, passive embedded sensor was designed and fabricated for monitoring moisture in sand. The...
In this paper, a comparative performance analysis based on two different types of polymer, namely PM...