Wireless Control System for Agricultural Motor

Kadage, A. D.; Gawade, J. D.

doi:10.1109/icetet.2009.236

Cited by 6 publications

(3 citation statements)

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“…A study conducted by Kadage and Gawade (2009) [14] entitled "Wireless Control Systems for Agricultural Motors" highlights the reliability of automated systems that have control systems. The paper states that the high accuracy and reliability are easily achieved by automated systems since they have little to no manual operations.…”

Section: Review Of Related Literaturementioning

confidence: 99%

Corona Virus Disease (COVID 19): Analysis and Design of an Alert and Real-time Tracking System

Africa¹,

Abaluna²,

Pimentel³

2020

IJETER

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The agricultural industry today has been highly dependent on modern technologies such as automated agricultural machinery and equipment which are replacing the tedious tasks done by humans. The advancements in agriculture have been made successful through the continuous development of new systems and technologies and it has become an essential component for these technologies to be part of the next generation of animal and plant factories. In the future, the world is expected to have more people and more demand and consumption of the earth's natural resources and materials. The challenge here is to reanalyze how agriculturally based systems can help meet the needs of the society. Also, as it moves away from the sophisticated manual process of doing farm work like planting, harvesting, fertilizing, etc. we move towards the automation of agricultural vehicles to help the farmers work efficiently and systematically.

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Section: Review Of Related Literaturementioning

confidence: 99%

Corona Virus Disease (COVID 19): Analysis and Design of an Alert and Real-time Tracking System

Africa¹,

Abaluna²,

Pimentel³

2020

IJETER

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show abstract

“…In some cases, due to insufficient water present in well, motor runs in dry state and leads to complete failure. And, fluctuations in electrical supply resulting in voltage variation of higher than ±10% of prescribed nameplate rating also leads to motor failure [3,4]. All the above stated reasons will significantly decrease the efficiency of agriculture production.…”

Section: Introductionmentioning

confidence: 99%

Implementation of automated motor starter unit for smart farming in India.

et al. 2020

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Abstract

Agriculture is one of the key enabler for the economic development of India that accounts for one third of nation's income. Due to the problems that agriculture industry is facing, there is a need to introduce automation in agriculture that improves the efficiency. This paper presents the implementation of Automated Motor Starter Unit (AMSU) for smart farming applicable to Indian scenario. In addition, current technologies and attempts in smart farming are reviewed and discussed. More than 90% of Indian farmers have been using motors for their farm fields which are controlled by single phase or three phase power supplies. The AMSU has been designed to turn on/off motor in the farm field using mobile phone having cellular network from any place. The AMSU is selected to increase the operation efficiency by minimizing the manual operation of motors for which farmer need to go to the farm field.

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“…• Modernize agricultural procedures by forming cross-disciplinary teams of agriculture specialists and engineer. • Increases productivity of farmers at an affordable fixed cost.• Relate to works identifed in[22][23][24] The AgriSys DT of Controller Technology. The decision branch is highlighted.…”

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confidence: 99%

Integrated Mobile Solutions in an Internet-of-Things Development Model

Damaj

Kasbah

2018

Mobile Solutions and Their Usefulness in Everyday Life

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The Internet-of-Things (IoT) is a revolutionary technology that is rapidly changing the world. IoT systems strive to provide automated solutions for almost every life aspect; traditional devices are becoming connected, ubiquitous, pervasive, wireless, context-aware, smart, controlled through mobile solutions, to name but a few. IoT devices can now be found in our apartments, places of work, cars, buildings, and in almost every aspect of life. In this investigation, we propose an IoT system Development Model (IDM). The proposed IDM enables the development of IoT systems from concept to prototyping. The model comprises concept refinement pyramids, decision trees, realistic constraint lists, architecture and organization diagrams, communication interface patterns, use cases, and menus of analysis metrics and evaluation indicators. The investigation confirms that the proposed model enjoys several properties, such as, clarity, conciseness, thoroughness, productivity, etc. The model is deployed for a variety of systems that belong to heterogeneous areas of application; the model is proven to be effective in application and successful in integrating mobile solutions. This chapter includes the presentation of the IDM sub-models, the reasoning about their usefulness, and the technical developments of several systems. The chapter includes thorough discussions, analysis of the model usability and application, and in-depth evaluations. 23 rely on services hosted by a third-party Internet provider. Here, the interfacing device and the user fully communicate through the third-party provider, such as, a webserver, database server, application server, etc. RECON adopts the second CI model that comprise a server-based interface with a dedicated Internet Protocol (IP) address. All the presented systems benefit from the third model that enables a direct communication between the user and the processing system when the user and the device are at the same location. Indeed, in all the presented applications, the user communicates with the system using a mobile solution that can be an application or a web-interface using a browser. Figures 14 and 15 show snapshots of the mobile user interfaces of RECON and NFC Wallet.

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Wireless Control System for Agricultural Motor

Cited by 6 publications

References 0 publications

Corona Virus Disease (COVID 19): Analysis and Design of an Alert and Real-time Tracking System

Corona Virus Disease (COVID 19): Analysis and Design of an Alert and Real-time Tracking System

Implementation of automated motor starter unit for smart farming in India.

Integrated Mobile Solutions in an Internet-of-Things Development Model

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