The Implementation of Smart Farming Application Based on the Microcontroller and Automatic Sprinkler Irrigation System of Agricultural Land

Hasiri, Ery Muchyar; Asniati, Asniati; Suryawan, Mohamad Arif; Rasmuin, Rasmuin

doi:10.25046/aj050222

Cited by 3 publications

(3 citation statements)

References 18 publications

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“…It specifies the capacity of the business model to create a novel technological solution and generate value [6]. Systems designed on the basis of hardware and software components have greatly facilitated farmers in the last few years [7]. A number of smart devices, including those for irrigation, are available on the market.…”

Section: Related Workmentioning

confidence: 99%

Mobile Application for Managing an Automated Irrigation System

Stefanov,

Varbanova,

Stefanova

2024

TEM Journal

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The paper presents an automated irrigation system developed for the needs of private farms and non-profit organizations in the Balkans. Specific hardware and software components are combined for its construction and efficient management. The system is undergoing trials and test implementation among selected groups of customers. For the convenience of users, with the aim of saving time and costs, as well as for continuous remote access to the system, a mobile application has been developed for monitoring work processes, climatic conditions and water supplies. The methodology for the design and implementation of the proposed system and the mobile application for its control included preliminary test studies and discussions with potential customers in need of remotely controlled irrigation systems, including difficult-to-access areas. The authors of the paper present implemented solutions in the mobile application. This paper describes the basic processes of building the system, available hardware components, software management and user interface of the mobile application.

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Section: Related Workmentioning

confidence: 99%

Mobile Application for Managing an Automated Irrigation System

Stefanov,

Varbanova,

Stefanova

2024

TEM Journal

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“…Hasiri et al [27] developed an Android-based application aimed at managing an automatic sprinkler system and monitoring the farm. The application consists of six pages, each offering different user interface (UI) functions.…”

Section: A the Implementation Of Smart Farming Application Based On T...mentioning

confidence: 99%

Fertigation Technology Meets Online Market: A Multipurpose Mobile App for Urban Farming

Alsayaydeh¹,

Yusof²,

Salmi³

et al. 2023

IJACSA

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In a world where smartphones dominate the market and provide opportunities to a vast population, this work introduces an innovative application that enables users to order irrigated vegetable crops from urban farmers. The application utilizes simple fertigation system technology, which can be easily implemented in small areas such as homes. Currently, consumers and sellers rely on traditional methods like paper or other means to place orders for vertical farming. However, research shows that these methods are unreliable and only offer temporary relevance. Additionally, the traditional agriculture supply chain diminishes the appeal of urban farming as its benefits do not outweigh the disadvantages. The primary objective of this application is to promote the concept of urban farming by creating an online marketplace that bypasses traditional methods. This allows consumers to directly order from the farmers themselves, serving as an alternative to the agricultural supply chain. Furthermore, a monitoring system has been integrated into the application as an additional tool, enabling farmers to remotely monitor and control their farms. This feature is particularly beneficial for urban farmers with farms in multiple locations who may lack the time to physically visit each one.

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“…Connected objects used to collect information use 802.15.4/Zigbee radio links, which therefore limits the range of the solution to small areas. The authors of the paper [19] present another application of smart farming. It consists of an intelligent irrigation system based on 802.15.4-type sensors.…”

Section: The State Of the Artmentioning

confidence: 99%

Interference-Aware Nodes Deployment of a LoRa-Based Architecture for Smart Agriculture in the Southern Region of Senegal

Ndoye¹,

Diallo²,

Hakem³

et al. 2022

Adv. sci. technol. eng. syst. j.

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In Senegal, agriculture has always been seen as the foundation on which the socioeconomic development of the country rests. However, in the rural world, agriculture remains traditional at a time when the challenges of food self-sufficiency to accompany emergence are launched. In the southern part of Senegal commonly called Casamance, the abundance of rain makes it possible to practice rice cultivation and market gardening research must therefore play a leading role in the introduction of technological innovations, techniques, and decision-support tools to promote productive, competitive, and sustainable agriculture. Therefore, smart agriculture must focus on new solutions for water irrigation, soil quality, and culture monitoring. The emergence of the Internet of Things (IoT) is perceived as a very important lever for successful high-end intelligent agriculture. Indeed, the appearance of increasingly specialized monitoring sensors combined with new wireless communication technologies constitutes good decision-making tools. The proposal of this paper consists of a new network architecture that can cover a large cultivation area to carry out water irrigation techniques in Casamance. It is, therefore, a question of identifying the best communication technology among new Low-Power, WideArea Networks (LPWANs) such as Long-Range (LoRa), SigFox, etc which is suited to the environment considered. Also, the choice of the best deployment of sensors for better coverage. The choice of technology must be motivated by the financial costs and the range of transmission. The deployment must fix the optimal distance between the sensors minimizing the interferences according to some parameters specific to the environment. An analytical study is used on the deployment to determine the optimal distance between two gateway nodes to reduce induced interference.

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The Implementation of Smart Farming Application Based on the Microcontroller and Automatic Sprinkler Irrigation System of Agricultural Land

Cited by 3 publications

References 18 publications

Mobile Application for Managing an Automated Irrigation System

Mobile Application for Managing an Automated Irrigation System

Fertigation Technology Meets Online Market: A Multipurpose Mobile App for Urban Farming

Interference-Aware Nodes Deployment of a LoRa-Based Architecture for Smart Agriculture in the Southern Region of Senegal

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