Kopp S, Krenn B, Marsella S, et al. Towards a common framework for multimodal generation: The behavior markup language. In: Gratch J, ed. Procedings Intelligent Virtual Agents 2006. LNAI. Vol 4133. Berlin: Springer; 2006: 205-217.This paper describes an international effort to unify a multimodal behavior generation framework for Embodied Conversational Agents (ECAs). We propose a three stage model we call SAIBA where the stages represent intent planning, behavior planning and behavior realization. A Function Markup Language (FML), describing intent without referring to physical behavior, mediates between the first two stages and a Behavior Markup Language (BML) describing desired physical realization, mediates between the last two stages. ...
In SAIBA-compliant agent systems, the Function Markup Language (FML) is used to describe the agent's...
2012-01-06Virtual agents are autonomous software characters that support face-to-face interactions w...
Human conversations are highly dynamic, responsive interactions. To enter into flexible interactions...
Abstract. This paper describes an international effort to unify a multimodal behavior generation fra...
Vilhjalmsson H, Cantelmo N, Cassell J, Chafai NE, Kipp M, Kopp S. The Behavior Markup Language: Rece...
Architectures for controlling communicative humanoids have been many and varied. Planning systems fo...
Since the beginning of the SAIBA effort to unify key interfaces in the multi-modal behavior generati...
In this paper we present our work toward the creation of a multimodal expressive Embodied Conversati...
In order to enable collaboration and exchange of modules for generating multimodal communicative beh...
Heylen D, Kopp S, Marsella S, Pelachaud C, Vilhjalmsson H. The Next Step Towards a Functional Markup...
In this paper we propose a modular structure to define communication acts with verbal and nonverbal ...
International audienceWe discuss here the need to define what we call an agent con-versational langua...
In this paper we introduce a system that automatically adds different types of non-verbal behavior t...
Abstract. In order to enable collaboration and exchange of modules for generating multimodal communi...
van Welbergen H, Reidsma D, Kopp S. An Incremental Multimodal Realizer for Behavior Co-Articulation ...
In SAIBA-compliant agent systems, the Function Markup Language (FML) is used to describe the agent's...
2012-01-06Virtual agents are autonomous software characters that support face-to-face interactions w...
Human conversations are highly dynamic, responsive interactions. To enter into flexible interactions...
Abstract. This paper describes an international effort to unify a multimodal behavior generation fra...
Vilhjalmsson H, Cantelmo N, Cassell J, Chafai NE, Kipp M, Kopp S. The Behavior Markup Language: Rece...
Architectures for controlling communicative humanoids have been many and varied. Planning systems fo...
Since the beginning of the SAIBA effort to unify key interfaces in the multi-modal behavior generati...
In this paper we present our work toward the creation of a multimodal expressive Embodied Conversati...
In order to enable collaboration and exchange of modules for generating multimodal communicative beh...
Heylen D, Kopp S, Marsella S, Pelachaud C, Vilhjalmsson H. The Next Step Towards a Functional Markup...
In this paper we propose a modular structure to define communication acts with verbal and nonverbal ...
International audienceWe discuss here the need to define what we call an agent con-versational langua...
In this paper we introduce a system that automatically adds different types of non-verbal behavior t...
Abstract. In order to enable collaboration and exchange of modules for generating multimodal communi...
van Welbergen H, Reidsma D, Kopp S. An Incremental Multimodal Realizer for Behavior Co-Articulation ...
In SAIBA-compliant agent systems, the Function Markup Language (FML) is used to describe the agent's...
2012-01-06Virtual agents are autonomous software characters that support face-to-face interactions w...
Human conversations are highly dynamic, responsive interactions. To enter into flexible interactions...