This document outlines a project proposal for a Farming Assistant Web Service. The project was created by group members Swarupa Chinchalikar, Nandini Honmute, and Yashashri Kavathekar with guidance from Mrs. P. R. Chougule. The proposed web service aims to digitalize agriculture and allow farmers, suppliers, and administrators to communicate through mobile phones to eliminate intermediaries. Key features of the proposed system include connecting users to the web service through GPRS/WiFi, creating relevant HTML pages using POST and GET methods, and storing data in a local database.

1. Group members:
1) Swarupa Chinchalikar.
2) Nandini Honmute.
3) Yashashri Kavathekar.
Project Guide: Mrs. P. R.
Chougule.
SHARAD INSTITUTE OF TECHNOLOGY POLYTECHNIC,
YADRAV [ICHAKARANJI] (0968)]
2020-21
PROGRAM OF COMPUTER ENGINEERING

2. Contents

3. Introduction
 Farming assistant web service is a web project to help the farmers.
 This innovative site allows a good communication.
 Dealers can publish an advertisement / banner.
 Farmers, Suppliers and Admin can add different products.

4. Choice of the topic
 Through this project farmers ensure greater profitability.
 Easy and fast
 Advertisement Page
 Product differentiation

5. Literature Overview
We have reviewed following research paper:
 Agriculture decision support system using data mining [2017]
 E-farming
 E-Agriculture Information Management System [2014]
 Supply chain security: An overview and research agenda [2008]
 Europol report [2016]

6. Proposed SYSTEM
Aim:
Proposed System:
 Digitalize agriculture.
 Communication through mobile phones.
 Eliminate intermediates.

7.  The objective is to create a Web-site that can perform the following:
 Connecting to an HTTPS site (Farming Assistant Web Service) through GPRS/ Wi-Fi.
 Opening the relevant html pages using HTTPS POST & GET methods.
 Read the data logically into Farmer, Supplier and Admin.
 Creating a local database.
Methodology

8. Proposed system Model
• Farmer
 Home
 Products
Category
 All Products
 Add Products
 Add Slider/Banner
 Log Out
• Admin
 Home
 Products Category
 All Products
 Add Products
 Add Slider/Banner
 Add Category
 Add Sub Category
 Log Out

9. PROPOSED APPROACH

10. Screenshots

16. System Requirement
 Hardware Requirements:
 4 GB RAM
 I3 Processor
 500 GB Hard disk
 Software Requirements:
 Languages:
 HTML
 CSS
 Java script
 .net
 Database:
 SQL Server Management Studio
 Editor:
 Microsoft Visual Studio 2010

17. applications
 Digital Farming
 Can be used in second and third world countries.
 Agricultural Industry

18. Advantages and limitations
 Advantages
 Transparency in the system.
 Saves time, cost and also energy.
 Limitations
 It requires a large database.
 It requires internet connection.

19. Conclusion
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20. future Scope
 Verification of users.
 Improvement of design
 Mobile application

21. References
 2017 International Conference on I2C2, “Agricilture decision support system using data mining”,
Prof. Rakesh Shirsath: Neha Khadke: Divya More.
 IEEE Papers E-Farming Sindhu M R, Aditya Pabshettiwar, Ketan.K.Ghumatkar,
Pravin.H.Budhehalkar, Paresh.V.Jaju G. H. Raisoni College of Engineering and Management,
Pune, India ISSN:0975-9646 Pages-3479
 IEEE Papers E-Agriculture Information Management System Sumitha Thankachan1,
Dr.S.Kirubakaran21PG Scholar,Info Institute of Engineering, India2Assistant Professor, Info
Institute of Engineering, India ISSN 2320-088x Pages-600
 zWilliams, J. E. Lueg, and S. A. LeMay, “Supply chain security: An overview and research
agenda,” Int. J. Log. Manage., vol. 19, no. 2, pp. 254–281, 2008.
 Europol report, 2016. [Online]. Available: https://www.interpol.int/News- and
media/News/2016/N2016-139. Accessed on: Nov. 30, 2016.
 http://projetcideas.co.in/farming -assistant-web-service-project-ideas/
 https://www.slideshare.net/SurbhiSharma250/farming-assistant-web-service-101343072
 https://nevonprojects.com/farming-assistant-web-service-php/

22. THANK YOU

23. ANY QUESTION