1. Zeal College of Engineering & Research, Pune
Department of Computer Engineering
Presentation On:-
“ Digital Farming System Using Drone Technology ”
Presented By:-
Vishwajeet Jagtap
Deepak Janorkar
Gaurav Pawar
Aditya Neve
Guided By:-
Prof.N.P.Biradar

2. Contents:- Introduction. Literature Survey. Motivation. Objective.
Problem Statement.
Proposed System.
Conclusion.
References.

3. Digital Farming System Using Drone Technology[DFSDT]:-
Introduction:-
Digital Farming System Using Drone Technology[DFSDT]:-
In past few years automation and robotics technologies are emerging rapidly into the farming field for providing the services for the better crop yield and sustainable agriculture.
For achieving the goal of digitize farming DFSDT system is proposed in this presentation.
Proposed system is an combination of hardware as well as software modules ; these two models work together dependently to provide fine solutions to farmers regarding their crops.

4. Introduction Conti.:-
For analyzing the crop health proposed system basically uses the drone technology for scanning or scouting the field area
As compare to satellite technology the drone technology is more beneficial because it provides farmers an bird eye view of their fields still remain close to terrain.

5. LITERATURE S U R V E Y Name Author Publication Objectives
1.Towards smart farming & sustainable agriculture with drones.[2015]
Paolo Tripicchio.
IEEE
Monitoring Field using Arial Photography.
2.Precision Agriculture Monitoring Framework Based on WSN[2011]
Yassine Jiber
Study of iFarm online Framework for Farming.
3.Using High-Resolution Airborne and Satellite Imaginary to access crop growth and yield variability for precision farming.[2013]
James Everitt
Study of Different methodologies for crop field analysis using aerial photography.
4.Research on the Agriculture Intelligent System Based on IOT.[2014]].
FuBing
Research and study of iot based intelligent systems used for agriculture.
5.A Monopole-Coupled RFID Sensor For Pervasive soil Moisture monitoring.[2013]
Azhar Hassan
Design and implementation of RFID tag antenna soil moisture sensor.
LITERATURE S U R V E Y

6. Motivation:- From Hard work of FARMERS.
2. From socialize peoples around the WORLD.
3.The existing systems work separately for applications such as scouting the field , soil analysis etc.

7. Objective:-
1.To reduce day to day life hard work of farmers.
2. To study and analyse the existing farming systems for the purpose of understanding their working.
3.To propose and develop a system which will improve the crop yield as well as reduce the hard work of farmers.

8. Problem Statement:-
The Design and Implementation of system which will able to provide the approach for performing following task’s ; resulting into reducing hard work of farmers:-
Field Area Scouting.
Crop Analysis.
Pesticide Spraying.
Crop Information Browser cum Market analysis.
Soil Analysis.

9. Proposed System[DFSDT]:-

10. Conclusion:-
The core intention of project is to familiarize ourselves with the complete design process from engineering requirement to finished product. We aim at making a robust design of a DFS System which can be very useful for Farmers to reduce their day to day life hard work.

11. References:- 6. http://ardupilot.com
Paolo Tripicchio. , “Towards smart farming & sustainable agriculture with drones”, IEEE, [2015]
2. Yassine Jiber , “Precision Agriculture Monitoring Framework Based on WSN” , IEEE , [2011]
3. James Everitt , “Using High-Resolution Airborne and Satellite Imaginary to access crop growth and yield variability for precision farming” , IEEE , [2013]
4. FuBing , “Research on the Agriculture Intelligent System Based on IOT” , IEEE , [2014]
5. Azhar Hassan , “A Monopole-Coupled RFID Sensor For Pervasive soil Moisture monitoring” , IEEE , [2013] 6.

12. Thank You!