A Multi-agent Environment Acting as a Personal Tourist Guide

Stoyanova-Doycheva, Asya; Glushkova, Todorka; Ivanova, Vanya; Doukovska, Lyubka; Stoyanov, Stanimir

doi:10.1007/978-3-030-35445-9_41

Cited by 7 publications

(2 citation statements)

References 16 publications

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“…Combining traditional client -server architectures and service-oriented or agentbased architectures is modern trend in development of complex software systems. Example is [18] which proposes a system consisting of intelligent and reflex agents located both in the two parts of the client-server architecture: A back-end component usually includes a knowledge base and assistant agents for gathering information about the client's needs. A front-end component includes an intelligent assistant that acts as a user interface and presents the selected learning path.…”

Section: Semantic Models and Intelligent Technologies In E-learningmentioning

confidence: 99%

A multi-agent architecture for learning paths-based personalized e-learning systems

Ivanova

2023

IJITS JOURNAL

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The application of artificial intelligence and semantic models for increasing learning and tutoring quality by personalization is an emerging research area. Мulti-agent frameworks facilitate the communication between the different components and ontological models can be used as knowledge sources for intelligent agents. In this research we analyse knowledge models and software architectures, outline trends in the personalized learning area and propose an agent-based architecture for e-learning systems that can conduct learning by generating and recommending personalized learning paths. Initial evaluation of prototype system is proposed and learning path generation scenarios are discussed.

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Section: Semantic Models and Intelligent Technologies In E-learningmentioning

confidence: 99%

A multi-agent architecture for learning paths-based personalized e-learning systems

Ivanova

2023

IJITS JOURNAL

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“…Стандартът CCO (Cataloging Cultural Objects) 1 се използва за описание на културно-историческите обекти (CCO, 2006). Някои първоначални идеи за включване на този стандарт в нашия проект са представени в (Stoyanova-Doycheva et al, 2020). Напоследък, използвайки резултатите от предишните ни разработки, ние фокусирахме вниманието си върху създаването на референтна архитектура, известна като Virtual-Physical Space ViPS (Stoyanov et al, 2019), която може да бъде адаптирана към различни области, включително културноисторическо наследство и туризъм.…”

Section: представяне и обработка на знания за културноисторическото и...unclassified

Processing and Presentation of Knowledge about the Cultural-Historical and Natural Heritage of Bulgaria in an Intelligent Tourist Guide

Moraliyska¹,

Glushkova²,

Grancharova-Hristova³

2021

KIN Journal

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The report presents a reengineering approach to expand the knowledge base of the intelligent Tourist Guide developed in the DeLC laboratory of Plovdiv University "Paisii Hilendarski" with information about the Bulgarian cultural, historical and natural sites stored in existing non-standardized databases. The Tourist Guide is created as a multi-agent environment based on the reference architecture of the Virtual Physical Space (ViPS). The knowledge base in ViPS is based on a network of ontologies - OntoNet. In order to use the existing databases, it is necessary to create a common database based on the CCO standard (Cataloging Cultural Objects) for the presentation of cultural and historical sites of UNESCO. Keywords: Cataloging Cultural Objects (CCO); Virtual Physical Space (ViPS); Tourist Guide

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Toward multi-granularity spatiotemporal simulation modeling of crowd movement for dynamic assessment of tourist carrying capacity

Shen

Zhang

Wang

et al. 2022

GIScience & Remote Sensing

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A Multi-agent Environment Acting as a Personal Tourist Guide

Cited by 7 publications

References 16 publications

A multi-agent architecture for learning paths-based personalized e-learning systems

A multi-agent architecture for learning paths-based personalized e-learning systems

Processing and Presentation of Knowledge about the Cultural-Historical and Natural Heritage of Bulgaria in an Intelligent Tourist Guide

Toward multi-granularity spatiotemporal simulation modeling of crowd movement for dynamic assessment of tourist carrying capacity

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