Spoken Dialogue Systems Technology and Design

From Research Workshop to Practical Reference

Spoken dialogue systems sit at the intersection of speech recognition, natural language understanding, and human-computer interaction. This volume collects extended and revised contributions from the 2009 International Workshop on Spoken Dialogue Systems Technology, held at Kloster Irsee in Germany. The editors selected work from leading researchers in academia and industry, creating a snapshot of the field’s most active problems and emerging methods.

What the Book Covers

The eleven chapters are grouped into four thematic areas:

• Spoken Dialogue Analysis — multilingual speech interfaces for resource-constrained systems, online learning for dialogue management, and fine-grained user simulation.
• Processing Emotions in Dialogue — anger classification from acoustic cues and psychomime classification using self-organizing maps.
• Multimodality — trends in dialogue research, POMDP-based dialogue control, rapid prototyping methods, and quality of multimodal interaction.
• Resources and Evaluation — a consulting dialogue corpus and statistical models for dialogue act annotation.

Why This Work Stands Out

Rather than treating spoken dialogue technology as a single narrow problem, the volume shows how advances rely on careful integration across language modeling, machine learning, emotion recognition, and multimodal interface design. The chapters include experimental evaluations, corpus-driven insights, and discussions of practical implementation challenges, giving readers a grounded view of current methodologies.

Who Can Benefit

Researchers, graduate students, and practitioners in speech technology, natural language processing, human-computer interaction, and artificial intelligence will find the book useful as both an overview and a technical reference. Developers building voice assistants, in-car interfaces, customer service dialogue systems, or multimodal applications can draw on the methods and evaluation approaches described here.