Agri lab project presentation

1. K. K. Wagh Education Society’s
K. K. Wagh Polytechnic, Nashik
Computer Technology Department
Agriculture Assist
NPK Based Soil Analysis
Guide: Mr. S.H.Sangale
Group Members:
1) Mohan Ugale 3) Amit More
2) Anup Pardeshi 4) Shubham Ram

2. Agriculture Assist
NPK Based Soil Analysis
Group No.16

3. Contents
• SponsorDetails
• Introductionto Project
• Project Plan for Sem V & Sem VI
• Existing System.
• Proposed Project Concept
• Project Functional Requirements
• Project Design & Analysis
• Advantages & Disadvantages
• Applications
• References and Biobibliography

4. Sponsor Details
Sanjeevani Laboratory & Ent.
•Name:Mr. Shivaji S. Khandave
•Address: Pimpalnare Phata, NearTomato market , Nashik Gujrat
Highway, Dindori, Nashik
• Designation:M.sc
•Mobile No:9545176011
•E-Mail ID : sanjeevanilab11@gmail.com

5. Introduction
Agriculture is the backbone of Indian economy. This project concern with provide
assistance to farmer regarding different parts such as cropping, harvesting, fertilizer etc.
By this user can learn new technology of agriculture and can use their work. One of the
valuable tools for farmers is the soil analysis. Soil analysis help determine the inputs
needed for efficient and economical production. Most soils have a large supply of
nutrients. However, when soils are continually used for growing, nutrients are removed
whenever the crop is harvested. Low nutrition leads to multiple plant disorders and low
yield. For better crop yield, the nutrients must be restored to the soil. Hence the farmers
must add nutrients to the soil in right proportion. Nitrogen (N), Phosphorous (P) and
Potassium (K) are the major nutrients. The application of fertilizer to meet the
requirements of the crop by taking advantage of the nutrients already present in the soil is
ensured by a proper soil test.

6. Project Plan
Task Description Days Required
T1 Searching For Project
Definition
05
T2 Preparing and Submitting
Synopsis
08
T3 RequirementGathering and
Validation
06
T4 Risk Analysis and
Management
04
T5 UML Modelling 03
T6 Developing TestCases 08
T7 Preparing and Submitting
Report
06
T8 Delivering Presentation 01
For Semester V

7. Project Plan
Task Description Days Required
T9 Collecting & Submitting Soil Sample 05
T10 Collecting NPK Analysis report 04
T11 Establishing basic server connection 01
T12 Verificationof Result 03
T13 Executing TestCases 05
For Semester VI

8. Existing System
• Current Agriculture Shop.
• Current Farmer Situation.
• Fertility of land/Soil.

9. Proposed Project Concept
Help the farmers to get accurate information about crops and fertilizers who conduct
events in villages. The interface to the teams to store their data in order to conduct
awareness events efficiently. The farmer will able to prepare schedule for the events,
data needed in the events like videos& Images regarding crops, PowerPoint
presentation on seasonal crops and their related documents. Before going to any
program in certain village they can be able to cross check the stuff needed in that
event at any point of time. So our project is suggested as a web application because
so many teams around the India can be able to work on this area.

10. Project Functional Requirements
• Collecting N.P.K Values:
When farmer want to analysing the
fertility of soil then he must insert
N.P.K value form the Soil testing
report.
• Processing on data:
After collecting the N.P.K data from
farmer the web application must
provides the correct analysis of soil.

11. Software Requirements:
• Platform - windows 7 and windows10 or linux
• Language - php version 7.1,Laravel framework
• Database - My Sql version 7.1
• IDE/Tool - sublime text 3/ Dreamweaver CS6

12. Hardware Requirements:
• Processor PentiumIV
• RAM - 1 GB min. , 2 GB Recommended
• Hard Disk - 20GB min. , 40 GB Recommended
• Keyboard - Standard 102 key
• Mouse

13. Project Design & Analysis
Data Flow Diagram.
Agriculture
Assist
System
LATEST
NEWS
View DETAIL
CROP
DETAIL
View NEWS
0-Level DFD.

14. Agriculture
Assist
System
LATEST
NEWS
View ALL
DETAIL
CLIMATE
DETAIL
View NEWS
CROP
DETAIL
HARVESTING
DETAIL
FERTILIZER
DETAIL
1-LevelD.F.D

15. System Architecture

16. Advantages & Disadvantages
Advantages:
1) More benefit in less expense.
2) Easy to understood.
3) Helps to improve fertility of soil.
4) Crop disease detection .
Disadvantages:
1) Platform dependent
2) Required sufficient knowledge.
3) Required network connection.

17. Applications
• For farmers Decision Making which crop they can produce in their land.
• Farmers can improve their Crop Quality and Quantity.
• Farmer can communicate with guide for farming.
• Farmer can make good crops by using less fertilizer.
• People will get good vegetables made from less Manure/Fertilizer.

18. References and Biobibliography
1. J. Wang and M. Cohen, “Optimized Color Sampling for Robust Matting,”
Proc. IEEE Conf. Computer Vision and Pattern Recognition, pp. 1-8,
2007.
2. F. Rosenblatt, “Remarks on Some Nonparametric Estimates of a Density
Function,” Annals of Math & Statistics, vol. 27, pp. 832-837, 2004.
3. Prof. Kumbharde M. V., GhodkeTushar D., DevdeNitin N., AgwanSagar
C., KudalYogesh N, “E- Farming: an Innovative Approach for an Indian
Farmer”- International Journal on Recent and Innovation Trends in
Computing and Communication, September-2015

19. Thank You..!