Modelling and Implementation of Rover with Robotic Arm-based Soil Moisture Sensor and Live Camera

Abstract

In the field of agriculture, it is crucial to monitor the health and moisture levels of soil and plants in
order to maximize crop yields and detect diseases at an early stage. However, the traditional methods
of monitoring often involve manual labour and are time-consuming, making it challenging to collect
real-time data. To overcome these limitations, a solution has been proposed: the use of a rover
equipped with advanced technologies. The rover incorporates a robotic arm-based soil moisture
sensor and a live camera for capturing images of plants. The robotic arm is a mechanical arm that can
be controlled remotely and is specifically designed to interact with the environment. In this case, the
robotic arm is equipped with a soil moisture sensor, which measures the moisture content of the soil
by analyzing parameters such as electrical conductivity. By utilizing the capabilities of the robotic
arm, the rover can navigate different locations within the agricultural field, enabling efficient and
accurate measurement of soil moisture levels. In addition to the soil moisture sensor, the rover is
equipped with a live camera capable of capturing high-resolution images of plants in real-time. The
camera can be mounted on the rover and positioned at various angles to capture comprehensive
images. These images provide valuable visual information about the health and condition of the
plants, allowing for the detection of diseases, nutrient deficiencies, and other abnormalities. By
combining the robotic arm-based soil moisture sensor and the live camera, the rover system aims to
automate and streamline the process of monitoring soil moisture levels and detecting plant diseases.
This technology significantly improves agricultural practices by providing real-time data, optimizing
resource utilization, and enhancing crop productivity. With the rover system, farmers and agricultural
professionals can benefit from efficient and accurate monitoring of soil moisture levels and plant
health without the need for manual labor or time-consuming processes. The real-time data provided
by the rover enables timely interventions, such as adjusting irrigation or applying treatments, leading
to better crop management and increased yields. This advancement in agricultural technology holds
great potential for transforming farming practices and ensuring sustainable and productive agriculture.