Receiving Non-Contact Information About the Object through a Mobile Application

Author:

Sargsyan Siranush1,Hovakimyan Anna1

Affiliation:

1. Department of Programming and Information Technologies Yerevan State University 1, Alek Manukyan st., Yerevan, 0025 ARMENIA

Abstract

The article introduces a mobile application that enables users to retrieve information about objects by simply approaching them with their phone. This eliminates the need for manual searching and allows for automatic retrieval of relevant information on the phone. This non-contact method of retrieving information makes it easier to preserve and utilize objects, saving time and resources. The mobile application that has been developed comprises of various modules such as object identification, object data collection and processing, database modeling, and information retrieval. It has been implemented using modern technologies and equipment using Java language. This application can be used effectively in multiple fields such as museums, parks, medicine, education, among others. In the field of education, this app provides additional resources and a more interactive learning experience that goes beyond traditional textbooks or presentations.

Publisher

World Scientific and Engineering Academy and Society (WSEAS)

Reference23 articles.

1. Flora S. Tsai,Minoru Etoh, Xing Xie, WangChien Lee, Qiang Yang. Introduction to Mobile Information Retrieval. IEEE Intelligent Systems. Published by the IEEE Comp. Society, 2010, pp.11-15.

2. S. Sargsyan, A. Hovakimyan, A.Manukyan, N. Ispiryan. The use of beacons and QR-tags in the field of digital services. Bnaget, Yerevan, Armenia, "Antares" Vol.1, 2020, pp. 3-10 (in Armenian).

3. S. Sargsyan, A.Hovakimyan, A.Manukyan, N. Ispiryan. Basic principles of creating digital services with e-tags: Bnaget, Yerevan, Armenia, "Antares", Vol. 2, 2020, pp.23-29 (in Armenian).

4. Stephen Cawood, Mark Fiala, Augmented Reality-The Complete Guide to Understanding and Using Augmented Reality Technology, O′Reilly, 2008.

5. Soldatov Sergey, Kuzmina Nina, Interface of the future-augmented reality systems, Modern electronics and automation technologies, Mir, 2016, (in Russian).

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