Emerging Technology Amendment Study in Smart Agro Farming to Diagnose the Agro Product Diseases

Emerging Technology Amendment Study in Smart Agro Farming to Diagnose the Agro Product Diseases

Nilamadhab Mishra
DOI: 10.4018/978-1-7998-3499-1.ch016
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Abstract

Environmental habitation and ecosystem management are some vital issues for agro-farming. Smart monitoring of the agricultural activities is the major issue in recent years due to a range of factors including diseases growing, environmental changes, product promotion and distributions, and the apparent onset of global warming. With the advancement of new computing technologies in agricultural sectors, the smart agro farming has evolved in order to diagnose the agro product diseases, measure the moisture in the soil, measure the soil and environment temperature, measure fertilizers and pesticides, web-based product promotion and distribution, and others. The major problem is to address is the lack of the most appropriate agriculture inputs to continue the smart production activities. These inputs include farm equipment, seeds, planting materials, and livestock. Soil identification and classification are also the major factors in order to select the production of a particular crop for a specific soil type.
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Special Objectives

  • 1.

    Automated disease diagnosis and monitoring using a Knowledge Based system

  • 2.

    web-connected smart agro farm monitoring from the remote agricultural sector

  • 3.

    web-based product promotion and distribution

  • 4.

    knowledge base support for soil classification and crop type detection

  • 5.

    automated soil moisture identification by sensors and function of smart irrigator

  • 6.

    smart detection of water-contamination events for fish

  • 7.

    Test the Oxygen Sensor Response in the green housing system

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Case Analysis

A case analysis of web-connected smart agro farm monitoring is given for conceptualizing the technologies practice from the remote agricultural sector. The figure-1 shows the layout of the user interface, the content, interaction mechanisms, and overall aesthetic, and the operational steps are described as following.

Operational Steps

  • 1.

    Install the architectural plan as a web-based interface for interactions.

  • 2.

    Configure the visual sensors in the physical monitoring location as sketched in the picture.

  • 3.

    Select the surveillance area from an architectural plan.

  • 4.

    Select the specific visual sensor for view the remote location

  • 5.

    The system displays a viewing window as given in fig-1.

  • 6.

    Track the sensor ID using GPS to find the actual physical location.

  • 7.

    Go to step-3 for surveillance of other locations from the architectural plan that acts as a web-based interface for user interactions.

Figure 1.

Frame to monitor the web-connected smart agro farm from the remote location

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