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The success of personal robots is related to their ability to autonomously tailor their behaviour according to the individual\u2019s culture, preferences, and cognitive and physical abilities. Personalisation can significantly enhance human-robot interactions in various real-world scenarios by increasing engagement through tailored content, building trust and rapport, improving adherence to the interaction, and enhancing task performance so configuring such a technology is a viable means for inclusiveness. Nonetheless, developing robots capable of doing so necessitates endowing them with specific perceptual capabilities on multimodal inputs and reasoning capabilities along with designing them with the main stakeholders to ensure that their needs can be properly encountered. The special session on Personalization of Robot\u2019s Multimodal Behavior aims to bring together a multidisciplinary group of researchers from areas including, but not limited to, psychology, neuroscience, computer science, robotics, and sociology, to share and discuss current approaches to empowering robots with adaptive and learning capabilities to foster research and development of robotic solutions specifically designed for meeting the individual\u2019s unique needs.<\/p>\n
Special session papers follow the same submission process and timeline as the ICMI main track papers. In the submission system, please show your intent to have your paper considered for this special session by selecting the appropriate checkbox when entering your paper’s information.<\/p>\n
Go to submission site <https:\/\/new.precisionconference.com\/submissions\/icmi24a<\/a>><\/p>\n The ICMI 2024 organizing committee invites proposals for Special Sessions to be held during the 26th International Conference on Multimodal Interaction (ICMI 2024) in San Jos\u00e9, Costa Rica. ICMI is the premier international forum that brings together multimodal artificial intelligence (AI) and social interaction research. Multimodal AI encompasses technical challenges in machine learning and computational modeling such as representations, fusion, data, and systems.\u00a0<\/span><\/span><\/p>\nCall for Special Sessions
<\/strong><\/h4>\nImportant Dates<\/strong><\/h5>\n