Entertainment chatbot for the digital inclusion of elderly people without abstraction capabilities

• URL: http://arxiv.org/abs/2404.01327v1
• Date: Fri, 29 Mar 2024 12:10:21 GMT
• Title: Entertainment chatbot for the digital inclusion of elderly people without abstraction capabilities
• Authors: Silvia García-Méndez, Francisco de Arriba-Pérez, Francisco J. González-Castaño, José A. Regueiro-Janeiro, Felipe Gil-Castiñeira,
• Abstract summary: EBER reads news in the background and adapts its responses to the user's mood. We make it possible by combining Artificial Intelligence Modelling Language, automatic Natural Language Generation and Sentiment Analysis.
• Score: 6.354358255072839
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: Current language processing technologies allow the creation of conversational chatbot platforms. Even though artificial intelligence is still too immature to support satisfactory user experience in many mass market domains, conversational interfaces have found their way into ad hoc applications such as call centres and online shopping assistants. However, they have not been applied so far to social inclusion of elderly people, who are particularly vulnerable to the digital divide. Many of them relieve their loneliness with traditional media such as TV and radio, which are known to create a feeling of companionship. In this paper we present the EBER chatbot, designed to reduce the digital gap for the elderly. EBER reads news in the background and adapts its responses to the user's mood. Its novelty lies in the concept of "intelligent radio", according to which, instead of simplifying a digital information system to make it accessible to the elderly, a traditional channel they find familiar -- background news -- is augmented with interactions via voice dialogues. We make it possible by combining Artificial Intelligence Modelling Language, automatic Natural Language Generation and Sentiment Analysis. The system allows accessing digital content of interest by combining words extracted from user answers to chatbot questions with keywords extracted from the news items. This approach permits defining metrics of the abstraction capabilities of the users depending on a spatial representation of the word space. To prove the suitability of the proposed solution we present results of real experiments conducted with elderly people that provided valuable insights. Our approach was considered satisfactory during the tests and improved the information search capabilities of the participants.

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