Design of ontology based ubiquitous web for agriculture &amp;#x2014; A farmer helping system

Shyamaladevi, K.; Mirnalinee, T. T.; Trueman, Tina Esther; Ramar, K.

doi:10.1109/iccca.2012.6179214

Cited by 9 publications

(4 citation statements)

References 5 publications

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“…A farmer helping system which integrate relevant web services like soil, plant weather, pesticide and fungicides information is proposed in [12]. Although the system proposed in [12] is UDDI based SOA for plant yet unable to generate expert recommendations. aAQUA [10] is an innovative tool for answering farmers' questions.…”

Section: Related Workmentioning

confidence: 99%

“…Significance and use of ontology for dynamic data gathering of Geographic Information Service, knowledge representation, semantic resolution of geospatial query is discussed for development of intelligent decision support system in [1], [18], [5], [2]. A farmer helping system which integrate relevant web services like soil, plant weather, pesticide and fungicides information is proposed in [12]. Although the system proposed in [12] is UDDI based SOA for plant yet unable to generate expert recommendations.…”

Section: Related Workmentioning

confidence: 99%

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Crop cultivation information system on mobile devices

Kumar

Dave

Nagrani

et al. 2013

2013 IEEE Global Humanitarian Technology Conference: South Asia Satellite (GHTC-SAS)

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Mobile devices are used extensively by the people for communication, music, entertainment, Internet and social networking. There is a lack of applications, which can be really useful for the professionals to improve their working capabilities. Though mobile phones are used by people living in rural areas, but there are hardly any relevant applications for them to improve their productivity. In this paper, we have proposed and implemented an information system for farmers which can be operated on their mobile phones. The system is developed using Service Oriented Architecture (SOA) to process spatial data and knowledge base. The knowledge base is maintained in the form of ontologies. The system is an effort to fill the gap between farmers and agricultural experts. A farmer can provide inputs related to crops being cultivated and location specific information to get specific suggestions, alerts and recommendations to improve productivity. It will be generated using the knowledge base. Whenever a farmer observes some anomalous behavior for crops or climate, the system is able to generate recommendations based on inputs provided. We have resolved some of the queries as a part of on-going work and results are displayed on an Android based mobile devices for demonstration of the system.

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Section: Related Workmentioning

confidence: 99%

Section: Related Workmentioning

confidence: 99%

Crop cultivation information system on mobile devices

Kumar

Dave

Nagrani

et al. 2013

2013 IEEE Global Humanitarian Technology Conference: South Asia Satellite (GHTC-SAS)

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“… Judgment regarding the Cognitive Walkthrough is valuable for usable agricultural systems designing and development [7,20,26].  Heuristic Evaluations, RITE methods are important in the creation of healthy man machine interaction systems in respect of agriculture and agro based industries.…”

Section: Smart Agriculture Vs Usability Engineering and Allied Fieldsmentioning

confidence: 99%

Volume Fractions of Tantalum Carbides Deduced from the Ta Contents in the Matrix of Three 1250°C–Aged Cobalt–Based Alloys; Comparison with Thermodynamic Calculations

Berthod¹

2020

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Some superalloys for service at high temperature under stresses are strengthened by tantalum carbides. Their creep resistance depends on the quantity of TaC and this is the reason why it is often important to control the volume fraction of these carbides in the microstructure. Metallographic preparation followed by electron imaging and surface fraction measurements by image analysis is a frequent way for that. Another possibility is to deduce the mass fraction of TaC, and after their volume fraction, from the chemical composition of the matrix when the alloys are only double–phased, on the {matrix + TaC} type. In this work three alloys – chemically designed to be made exclusively of matrix and TaC – were elaborated and isothermally exposed to an elevated temperature for a duration long enough to allow the alloys being at their thermodynamic equilibria. The chemical compositions of the alloy and of its matrix were measured and the results allowed evaluating their TaC mass fractions which were converted in volume fractions. The obtained TaC fractions were compared to results issued from thermodynamic calculations. Good agreement was found for the three alloys, and this allowed to exploit the used software and thermodynamic database to explore further the microstructures at the same high temperature, notably to know the conditions on the Co, Ni, Cr, Ta and C contents to keep the {matrix + TaC} structure and to avoid any possible partial melting.

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“…User Experience Designing in short also called as UXD or simply called as UX. User Experience Designing is more concentrated on designing principles and apart from the manual tools, methods of the designing, it also takes the help of different kind of computer graphics and animation principles or multimedia technology as well Bechar and Vigneault [18]; Novák, et al [19]; Shyamaladevi, et al [20].…”

Section: User Experience Designmentioning

confidence: 99%

Untitled

2020

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Human Computer Interaction is actually responsible for the designing of the computing technologies keeping in mind the aspects of Interaction. Some of the fields viz. Man-Machine Interaction (MMI), User Experience Designing, User Experience Design, Human Centered Designing etc and importantly all these systems and technologies are dedicated to the designing of interface of various tools and systems such as computers, laptops, electronic systems, smart phones etc. Information Technology field is growing rapidly and there are various technologies are increasing viz. Big Data Management, Cloud Computing, Green Computing, Data Science, Internet of Things (IoT), HCI, Usability Engineering etc. Usability Engineering is gaining as a field of study as well and dedicated in creation of the higher usability and user friendliness of the electronic tools and products. In this field few aspects and technologies are most important and emerging viz. Human cognition, behavioral Research Methods, Quantitative techniques etc for the development of usability systems. Designing, implementation, usability even in multimedia material viz. audio-video may also practice in the Usability Engineering and allied fields. Wireframes including few other prototypes are required in maintaining of the better and healthy man and machine interaction. As the field is growing therefore, it is applicable in other sectors and allied areas and among these agriculture is important one. In agricultural sector different applications of information technologies are increasing and among this Usability Engineering and HCI are important one. In pre production and also in post production; directly and indirectly this technology is emerging and growing. This paper talks about the basics of this technologies and also its current and future technologies with reference to academic potentialities of this branch in Agricultural Informatics programs.

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Design of ontology based ubiquitous web for agriculture — A farmer helping system

Cited by 9 publications

References 5 publications

Crop cultivation information system on mobile devices

Crop cultivation information system on mobile devices

Volume Fractions of Tantalum Carbides Deduced from the Ta Contents in the Matrix of Three 1250°C–Aged Cobalt–Based Alloys; Comparison with Thermodynamic Calculations

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