There is no world without Verona walls,
But purgatory, torture, hell itself.
Hence-banished is banish'd from the world,W. Shakespeare
Romeo and Juliet - Act III Scene III.
Laurea
degree in Electronic Engineering from the
University of Padua in 1998.
After finishing university I was engaged by
ITC-irst as Consultant and,
in 1999, as Researcher, working for the
project DITELO
(DIalogue on TELephOne),
SSI division
(Interactive Sensory Systems).
In the past, I developed spoken dialogue prototypes for telephone applications
using ITC-irst speech recognition and dialogue technologies.
In July 1999, I attended MiLaSS
(Multimodality In Language And Speech Systems, 7th European Summer School on
Language and Speech Communication), which was held at the KTH campus in Stockholm.
Also I developed the SPINET API (SPeech Into Enriched Text
Application Programming Interface) in Java™ programming language. SPINET API has been inspired
from the
JSAPI (Java™ Speech API).
Moreover I developed an interpreter in Java™ for our proprietary dialogue language,
this language has been designed for creating audio dialogues using our technology.
I have started and partially completed a
VoiceXML
interpreter in Java™ (see
VoiceXML forum).
The interpreter can handle dialogues using mixed initiative strategy,
where both the computer and the human direct the conversation.
A multi-modal browsing system is developed using the VoiceXML Interpreter, the idea is to
synchronize different documents through a specific platform.
This approach has the advantage of allowing, in a quite general way, multi-modal browsing
of existing HTML documents by developing corresponding VoiceXML documents.
In the course of 2002, I was an International Fellow in
SRI
(Stanford Research Institute, Menlo Park - California - USA),
STAR Laboratory (Speech Technology
and Research).
At present, I am involved in the following topics: spoken query retrieval through
an adaptive dialogue management (spoken queries are used to retrieve relevant textural information)
and acoustic modeling for automatic speech recognition.
My research interests mainly include: