Smart irrigation system

Project Title

Smart irrigation system

Project Area of Specialization Artificial IntelligenceProject Summary

aA smart irrigation system is an artificial intelligence (AI) based web application or android application in which an expert system will be built by using any AI algorithms automatically. In this system, it will be considered the fuzzy logic or any artificial intelligence approach to solving the watering system problem. This crop watering system utilizes any logic to determine how long the system must be open the water tap. This system accepts input in the form of three values, namely the value of temperature in the Celsius unit and the value of humidity in percentage and soil moisture in percentage ( like getting real-time data from sensors). The output will produce one value that is the duration in minutes the tap must be opened.A smart irrigation system is an artificial intelligence (AI) based web application or android application in which an expert system will be built by using any AI algorithms automatically. In this system, it will be considered the fuzzy logic or any artificial intelligence approach to solving the watering system problem. This crop watering system utilizes any logic to determine how long the system must be open the water tap. This system accepts input in the form of three values, namely the value of temperature in the Celsius unit and the value of humidity in percentage and soil moisture in percentage ( like getting real-time data from sensors). The output will produce one value that is the duration in minutes the tap must be opened

Project Objectives

1. The application should have a graphical user interface which has admin interface (student can select option such as web application or android application)

1. 1. The Admin should be login with a valid username and password.

1. 1. Admin should manage all activities of input and output parameters on the GUI interface.

1. There are seven major tasks you will typically perform when developing a fuzzy logic expert system. Tasks (2-7) should be implemented internally while developing the system.

1. 1. 1. Task 1: Define the problem( Student should firstly select one specific crop or plant)

1. 1. 1. Task 2: Define Linguistic Variables
      2. Task 3: Define Fuzzy Sets
      3. Task 4: Define Fuzzy Rules
      4. Task 5: Build system
      5. Task 6: Test System

1. 1. 1. Task 7: Tune System

1. The application should be used a knowledge-based system with the Fuzzy algorithm (Specifically select crop or any plant then build the rules or knowledge-based according to that plant)

1. The application should be used to manage reports weekly basis.
2. The admin should manage and view all backup records.

1. The admin should view the performance of crops weekly basis and update knowledge based on the requirement.

Project Implementation Method

The Internet has had a significant impact on the process of developing information systems. However, there has been little research that has examined specifically the role of the development methodologies in this new era. Although there are many new forces driving systems development, many other issues are extensions of problems that have been there for some years. This paper identifies the main requirements of methodologies for developing e-commerce applications. A number of e-commerce application development approaches are examined and a methodology is proposed which attempts to address a number of issues identified within the literature. The Internet commerce development methodology (ICDM) considers evolutionary development of systems, provides a business and strategic focus and includes a management structure in addition to covering the engineering aspects of e-commerce application development.Many traditional systems development methodologies are perceived as being inadequate for dealing with the development of e-commerce systems. The paper proposes that there is a need for an overarching development framework where other more sub-system specific approaches can be integrated. However, any such framework should consider the strategic business drivers of the system, the evolutionary nature of systems, effective management structures and the development of a conducive organisational culture.

Benefits of the Project

The irrigation industry is experiencing a renaissance of technology development. Now, more so than ever, consumers can find irrigation products that use advanced sensors, Wi-Fi and app-based capability to automatically adjust watering schedules, communicate problems and save water, giving consumers more data and power to control irrigation systems than ever before.

Technical Details of Final Deliverable

we will provide a smart online based irrigation system

Final Deliverable of the Project Software SystemCore Industry ITOther IndustriesCore Technology Artificial Intelligence(AI)Other TechnologiesSustainable Development Goals Industry, Innovation and InfrastructureRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	4
smart irrigation system	Miscellaneous	2	2	4