2025
Multimodal Interaction
Name: Multimodal Interaction
Code: INF13275M
6 ECTS
Duration: 15 weeks/156 hours
Scientific Area:
Informatics
Teaching languages: Portuguese
Languages of tutoring support: Portuguese
Sustainable Development Goals
Learning Goals
The purpose of this UC is to study New Forms of Person-Machine Interaction, as well as the design of systems that combine multiple forms of interaction, providing the user with a more natural and intuitive experience. Students begin by learning basic concepts of interaction, studying models and techniques for implementing forms of interaction, and also for an integration of multiple interaction modalities.
Contents
Human-Machine Interaction Concepts
Interaction Modes
Speech and write as interface
Voice synthesis
Speech Recognition
Writing recognition
Tangible Interfaces
Computer vision: image processing methods (features, filters, edge), automatic detection, recognition and tracking
Architectures for Multimodal Interaction Systems and approaches to the combination of modalities
Perspectives of future development in the area of Human-Machine Interaction
Recent case studies with Deep Learning in Person-Machine or Environment-Machine interaction processes
Interaction Modes
Speech and write as interface
Voice synthesis
Speech Recognition
Writing recognition
Tangible Interfaces
Computer vision: image processing methods (features, filters, edge), automatic detection, recognition and tracking
Architectures for Multimodal Interaction Systems and approaches to the combination of modalities
Perspectives of future development in the area of Human-Machine Interaction
Recent case studies with Deep Learning in Person-Machine or Environment-Machine interaction processes
Teaching Methods
The teaching methodology includes
lectures
laboratory classes
In the lectures students will learn theoretical concepts of multimodal interaction systems along with architectures for single modality interaction and for combining several modalities. Practical classes are dedicated to experiences with specific tools for one or more interaction methods.
The last classes are dedicated to implementing a group project where students apply techniques learned in the discipline to design a system with multimodal interaction.
The evaluation:
Project of high complexity (50%)
Written examination (50%)
lectures
laboratory classes
In the lectures students will learn theoretical concepts of multimodal interaction systems along with architectures for single modality interaction and for combining several modalities. Practical classes are dedicated to experiences with specific tools for one or more interaction methods.
The last classes are dedicated to implementing a group project where students apply techniques learned in the discipline to design a system with multimodal interaction.
The evaluation:
Project of high complexity (50%)
Written examination (50%)
Teaching Staff (2024/2025 )
- José Miguel Gomes Saias [responsible]