An exhibition guiding system with enhanced interactive functions

Author:

Lin Hsien‐Tang,Lan Lawrence W.

Abstract

PurposeThis study aims to develop a highly interactive exhibition guiding system which enables both authors and visitors to interact with one another on an exhibition site.Design/methodology/approachThe guiding system was designed with a “pull‐type” concept in a way that a handheld device must be close to a specific work to “pull” the information out of that work. The highly interactive functions between visitors and authors or among visitors were enabled by the Web 2.0. Verification and validation of the system's functions were tested in an art gallery with PDAs utilizing passive RFID readers and tags. A questionnaire survey was conducted to learn of the opinions from authors and visitors after they used the system.FindingsThe verification and validation test showed that all the functions have met the predefined requirements. The results of the questionnaire survey also revealed that the majority were satisfied with the interactive guiding system.Practical implicationsNot only can the system perform the guide tasks well, but it also allows the users to select interested modules so as to avoid overloading the irrelevant information. Additionally, the visitors can chat with unacquainted visitors who are onsite and have the same taste on a specific artwork, and the authors can visualize the visitors' comments, recommendations, and suggestions on their works in a real‐time manner.Originality/valueThe paper shows that the proposed system has some innovative features. It enables the authors to interact with the visitors, to understand the visitors' thoughts and opinions on their works, and to share the ideas of their creativity with the interested visitors onsite. On the other hand, it also enables the visitors to interact with the authors and other visitors. The visitors can recommend appreciated works to others, provide their comments and suggestions, visualize others' comments and suggestions, and exchange their views with those who are onsite and even recommend the same works.

Publisher

Emerald

Subject

Library and Information Sciences,Computer Science Applications

Reference17 articles.

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