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The purpose of this explorative research study is to focus on the implementation of semantic Web technology on agriculture domain of e-governance data. The study contributes to an understanding of problems and difficulties in implantations of unstructured and unformatted unique datasets of multilingual local language-based electronic dictionary (IndoWordnet).

An approach to an implementation in the perspective of conceptual logical concept to realization of agriculture-based terms and terminology extracted from linked multilingual IndoWordNet while maintaining the support and specification of the World Wide Web Consortium (W3C) standard of semantic Web technology to generate ontology and uniform unicode structured datasets.

The findings reveal the fact about partial support of extraction of terms, relations and concepts while linking to IndoWordNet, resulting in the form of SynSets, lexical relations of Words and relations between themselves. This helped in generation of ontology, hierarchical modeling and creation of structured metadata datasets.

IndoWordNet has limitations, as it is not fully revised version due to diversified cultural base in India, and the new version is yet to be released in due time span. As mentioned in Section 5, implications of these ideas and experiments will have good impact in doing more exploration and better applications using such wordnet.

Language developer tools and frameworks have been used to get tagged annotated raw data processed and get intermediate results, which provides as a source for the generation of ontology and dynamic metadata.

The results are expected to be applied for other e-governance applications. Better use of applications in social and government departments.

The authors have worked out experimental facts and raw information source datasets, revealing satisfactory results such as SynSets, sensecount, semantic and lexical relations, class concepts hierarchy and other related output, which helped in developing ontology of domain interest and, hence, creation of a dynamic metadata which can be globally used to facilitate various applications support.

The purpose of this paper is to examine the impact of augmented reality (AR) on retailing by conducting thematic analysis on variables studied in the existing literature.

The data set includes 232 variables studied in 35 research papers, collected using well-defined search and inclusion criteria. Thematic analysis is used to identify patterns in the data set.

The eight themes emerging from the analysis are arranged in the form of a conceptual framework to model the decision-making process of users. The position of themes in the model is determined by the most dominant variable type in the theme and by employing the technology acceptance model as the reference paradigm.

The current review contributes to the advancement of literature by setting a research agenda for scholars working in the field of consumer behavior and human–computer interaction. Future research should improve the generalizability of the research by replicating the method and testing the conceptual framework on other immersive technologies.

Marketers should incorporate AR technology into their experiential marketing strategies. Since integrating and managing AR technology requires expertise, organizations are advised to make use of existing toolkits or collaborate with technology companies to develop their offerings.

To maintain the uniqueness of the current study from other papers focusing on existing research done in this area, this review considers only studies using statistical techniques to study consumer behavior pertaining to AR in retail. The study uses an unconventional method for identifying patterns in the existing literature by employing theories and frameworks as the basis of classification.