AVATAR: Contribution to Human-Computer interaction processes through the adaptation of semi-personalized virtual agents

BibTex:
Research areas:	Uncategorized	Year:	2018
Type of Publication:	In Proceedings	Keywords:	autism
Authors:	Luis Fernando Guerrero Vásquez, 17 Dennys X. Landy Rivera

Book title:	Congreso Bienal de IEEE Argentina (IEEE ARGENCON)

Address:	San Miguel de Tucumán, Argentina
Organization:	IEEE	Month:	June


@conference{Luis Fernando Guerrero Vásquez2018, author = "Luis Fernando Guerrero V{\'a}squez,Dennys X. Landy Rivera,17,8", abstract = "In this article a process of animation of 3D models is proposed to transform them into virtual agents or avatars with the possibility of being used in Human-Computer interaction processes. The resulting virtual agents have been adapted as tools that serve as a starting point for the development of real-time interaction algorithms. The characteristics of the generated tools allows to deepen in techniques of machine learning and artificial intelligence, endowing to the virtual agents of movements with natural and real characteristics. It is possible to use them as puppets, capturing the movements of a person and transferring them to the animation; it is also possible to program specific sequences whose interaction processes are completely determined. Finally, the idea of developing algorithms involving artificial intelligence combined with human intelligence to improve interaction processes is proposed.", address = "San Miguel de Tucum{\'a}n, Argentina", booktitle = "Congreso Bienal de IEEE Argentina (IEEE ARGENCON)", keywords = "autism", month = "jun", organization = "IEEE", publisher = "IEEE", title = "{AVATAR}: {C}ontribution to {H}uman-{C}omputer interaction processes through the adaptation of semi-personalized virtual agents", year = "2018", }
Abstract:	In this article a process of animation of 3D models is proposed to transform them into virtual agents or avatars with the possibility of being used in Human-Computer interaction processes. The resulting virtual agents have been adapted as tools that serve as a starting point for the development of real-time interaction algorithms. The characteristics of the generated tools allows to deepen in techniques of machine learning and artificial intelligence, endowing to the virtual agents of movements with natural and real characteristics. It is possible to use them as puppets, capturing the movements of a person and transferring them to the animation; it is also possible to program specific sequences whose interaction processes are completely determined. Finally, the idea of developing algorithms involving artificial intelligence combined with human intelligence to improve interaction processes is proposed.
Download: ARGENCON_2018_paper_11.pdf

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