International Research Journal of Engineering and Technology (IRJET) Volume: 09 Issue: 06 | Jun 2022
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e-ISSN: 2395-0056 p-ISSN: 2395-0072
Remote Monitored Agricultural Vehicle Darnasi Rakesh Prasad1, Uppara Sandeep2, Jadhav Rakshitha3, Saurabh Kesari 4 123 BTech(ESE)
,National Institute of Electronics & Information Technology Aurangabad, Maharashtra,India 4 Scientist/Engineer’C’, NIELIT, Aurangabad (Maharashtra), INDIA. ---------------------------------------------------------------------***--------------------------------------------------------------------230 color sensor) for detecting NITROGEN, PHOSPHORUS, Abstract- In the field of agricultural research, remote and POTASSIUM.
sensing has many advantages .Analysis of crop canopies provided useful information on agricultural aspects. All crop monitoring and yield assessments benefit from remote sensing. Remote sensing is required in the field of agriculture research because it is particularly susceptible to soil and climate change. Monitoring of agricultural production systems follows strong seasonal trends in relation to the biological life cycle of crops .All of these variables are very variable in space time . In addition, agricultural productivity can fluctuate sharply in the short term due to unfavorable growth conditions. The agricultural system should be monitored on a regular basis. Remote sensing is a technology for collecting information from dedicated vehicles that are connected to several assignable sensors and monitored by a Wi-Fi based system .The use of solar energy makes the entire system environmentally friendly.
Ming Li, Kenji Imou, Katsuhiro Wakabayashi, Shinya Yokoyama. Review of research on agricultural vehicle autonomous guidance. Describes about how to design an agricultural vehicle and track it down through GPS and other factors useful for designing. Akriti Jain, Abizer Saify, Vandana Kate Describes how a Color sensor Detects the NPK values, the photo diode is designed to decide the additional contents of soil.
3. EXISTING SYSTEM In the existing system the agricultural vehicles are maximum manual controlled mechanical working and other types are of seed sowers, weed cutters, Combined Harvesters etc., These are useful for reducing man power and time with respect to it Drones and other heavy load machines are in existence. Wi-Fi based systems are also in existence in terms of various kinds of uses.
Key Words: NPK-Nitrogen, Phosphorus, Potassium
1. INTRODUCTION The main goal of a Remote Monitored Agricultural Vehicle is to monitor a certain field/area using a specifically constructed vehicle and sensors to detect a variety of parameters including temperature, moisture, humidity, NPK, and atmospheric temperature and humidity. As it is being monitored remotely, it will be able to determine the position where the car is present using GPS, and the premises will be reviewed in real time using the vehicle's built-in camera. A few other characteristics can be considered as part of the development toward this project in terms of the types of components that are useful in obtaining a proper yield. The use of solar energy would make the entire system more environmentally friendly and more effective in all aspects. Other aspect and a very important one which can be determined by is the water management which can be useful using moderate amount and wastage can be maximized through the values determined.
4. WORKING PROCESS FLOW CHART
2. Literature Survey An examination of the numerous instruments and vehicles utilized in agricultural fields. This study intends to detect a few characteristics that have a substantial impact on crop production, such as temperature, humidity, moisture, and NPK levels. A study of specifically constructed wheels that can move on any type of surface. A survey of seed sowing machines was conducted to develop the concept of dipping sensors into the soil surface. A study of the NPK sensor (TCS
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