Author: haroonkhan
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Water supply sub-system
In this sub-system, moisture sensor, temperature sensor, level sensor and motor play a major role. Soil moisture sensor (Sagar et al. 2017) checks the moisture content in the soil. If soil moisture is low, it continuously checks the moisture in the soil. Otherwise, the temperature sensor is activated. Pi checks if the temperature is less than…
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Intrusion detection sub-system
In this sub-system, IR sensor, camera and buzzer play a major role. IR sensor is activated to capture moving object in the fields. Once an object is detected, the camera will be activated by the Pi. The camera captures the moving object into the fields. The moving objects may be a human being, cow, goat,…
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Work flow
Figure 12.2 shows the sequence diagram of the proposed system. In the proposed system IoT plays a major role. The purpose of the IoT in this system is to share the data with the users. Raspberry Pi (Kaveeya et al. 2017b) is connected with a Wi-Fi module. The farmers or gardeners have to register their mobile with…
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Proposed architecture
Figure 12.1 shows the proposed architecture of the complete irrigation and garden nurturing system. Raspberry Pi is the main controller that collects data from all sensors to the cloud database. The soil moisture sensor is used to sense the water content in the soil, which is placed in the soil. The level sensor is placed nearer…
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Literature survey
Al-Ali et al. (2015) presented a wireless irrigation system for a home garden that can be integrated with the home control systems. The system consists of a master station and a set of slave nodes connected with a wireless microcontroller. Each slave node contains a soil moisture sensor, a temperature sensor, a water valve, a ZigBee…
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Introduction
In developing countries like India, irrigation of crops and plants with the required amount of water is the fundamental problem. The main economy of the country depends on agriculture. Due to isotropic climatic conditions of the country, different regions need varied amount of water. Most of the lands in the country are dry and due…
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Conclusion and future scope
IoT-empowered farming has helped actualize present-day mechanical answers for tried and true information. This has helped conquer any hindrance in growing quality and good amount of yield. Information acquired by different sensors for continuous use or capacity in a database guarantees quick activity and less harm to the harvests. With consistent start to finish clever activities…
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Third green revolution
Brilliant farming and IoT-driven horticulture are making ready for what can be known as a third green revolution. Following the plant reproducing and hereditary qualities, the third green revolution is assuming control over horticulture. That insurgency draws upon the joined use of information-driven examination advancements, for example, exactness cultivating gear, IoT, “large information” investigation, unmanned…
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Web of food/farm 2020
In the event that we have IoT in farming and the internet of medical things (IoMT) in medicine field, why not have one for nourishment? The European Commission venture “Internet of Food and Farm 2020” (IoF2020), a piece of Horizon 2020 Industrial Leadership, investigates through research and standard meetings the capability of IoT advancements for…
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Structure
To guarantee that smart cultivating application performs well (and to ensure it can deal with the information load), it needs a strong internal framework. Moreover, internal frameworks must be secure. Neglecting to appropriately ensure security of the framework just increases the likeliness of somebody breaking into it, taking the information.