Agenda 1. What we have done on which tasks 2. Further specification of work on all our tasks 3. Planning for deliverable writing this autumn (due in December)

Slides:



Advertisements
Similar presentations
National Technical University of Athens Department of Electrical and Computer Engineering Image, Video and Multimedia Systems Laboratory
Advertisements

DELOS Highlights COSTANTINO THANOS ITALIAN NATIONAL RESEARCH COUNCIL.
Goteborg University Dialogue Systems Lab Motivation for using GF with GoDiS TALK meeting Edinburgh 7/
Manuela Veloso, Anthony Stentz, Alexander Rudnicky Brett Browning, M. Bernardine Dias Faculty Thomas Harris, Brenna Argall, Gil Jones Satanjeev Banerjee.
Talk and Look: Tools for Ambient Linguistic Knowledge A Project funded by the European Community under the Sixth Framework Programme for Research and Technological.
Probabilistic Adaptive Real-Time Learning And Natural Conversational Engine Seventh Framework Programme FP7-ICT
Empirical and Data-Driven Models of Multimodality Advanced Methods for Multimodal Communication Computational Models of Multimodality Adequate.
Identity Management Based on P3P Authors: Oliver Berthold and Marit Kohntopp P3P = Platform for Privacy Preferences Project.
UNDERSTANDING JAVA APIS FOR MOBILE DEVICES v0.01.
ENTERFACE’08 Multimodal high-level data integration Project 2 1.
TALK Project Consortium meeting AGENDA 9-11 December 2004 University of Seville.
CAP 252 Lecture Topic: Requirement Analysis Class Exercise: Use Cases.
Ambient Computational Environments Sprint Research Symposium March 8-9, 2000 Professor Gary J. Minden The University of Kansas Electrical Engineering and.
TALK Consortium meeting AGENDA 7,8 October 2004 HCRC, Buccleugh Place, Edinburgh.
Goteborg University Dialogue Systems Lab WP1: GoDiS VCR application Edinburgh TALK meeting 7/
TrindiKit A toolkit for building and experimenting with dialogue move engines and systems, based on the information state approach.
LE A toolkit for building and experimenting with dialogue move engines and systems, based on the information state approach TrindiKit.
Goteborg University Dialogue Systems Lab GoDiS and TrindiKit MITRE workshop 27/10-03 Staffan Larsson Göteborg University Sweden.
WP1 UGOT demos 2nd year review Saarbrucken Mar 2006.
Course Instructor: Aisha Azeem
Automated Tests in NICOS Nightly Control System Alexander Undrus Brookhaven National Laboratory, Upton, NY Software testing is a difficult, time-consuming.
Architectural Design.
©Ian Sommerville 2004Software Engineering, 7th edition. Chapter 18 Slide 1 Software Reuse 2.
26-28 th April 2004BioXHIT Kick-off Meeting: WP 5.2Slide 1 WorkPackage 5.2: Implementation of Data management and Project Tracking in Structure Solution.
May Distribution authorized to U.S. Government Agencies only Symmetric Multimodal Interactive Intelligent Development Environments Dramatic reduction.
Chapter 10 Architectural Design
Database System Development Lifecycle © Pearson Education Limited 1995, 2005.
Conversational Applications Workshop Introduction Jim Larson.
Mantychore Oct 2010 WP 7 Andrew Mackarel. Agenda 1. Scope of the WP 2. Mm distribution 3. The WP plan 4. Objectives 5. Deliverables 6. Deadlines 7. Partners.
Author: James Allen, Nathanael Chambers, etc. By: Rex, Linger, Xiaoyi Nov. 23, 2009.
ITCS 6010 SALT. Speech Application Language Tags (SALT) Speech interface markup language Extension of HTML and other markup languages Adds speech and.
Experiments on Building Language Resources for Multi-Modal Dialogue Systems Goals identification of a methodology for adapting linguistic resources for.
Spoken dialog for e-learning supported by domain ontologies Dario Bianchi, Monica Mordonini and Agostino Poggi Dipartimento di Ingegneria dell’Informazione.
©Ian Sommerville 2000 Software Engineering, 6th edition. Chapter 10Slide 1 Architectural Design l Establishing the overall structure of a software system.
Chapter 4 Finding out about tasks and work. Terminology GOAL: End result or objective TASK: An activity that a person has to do to accomplish a goal ACTION:
1 Good Design and Bad Design Hsin-I Chang(Christine) Ph.D. student Higher Education Educational Policy & Administration University of Minnesota, Twin Cities.
© DATAMAT S.p.A. – Giuseppe Avellino, Stefano Beco, Barbara Cantalupo, Andrea Cavallini A Semantic Workflow Authoring Tool for Programming Grids.
Towards multimodal meaning representation Harry Bunt & Laurent Romary LREC Workshop on standards for language resources Las Palmas, May 2002.
FFMII Introduction Juha Tiihonen Refer to FFMII Specification for details and explanations 1.
The roots of innovation Future and Emerging Technologies (FET) Future and Emerging Technologies (FET) The roots of innovation Proactive initiative on:
Architectural Design Yonsei University 2 nd Semester, 2014 Sanghyun Park.
Chapter 6 Architectural Design.
CLARIN work packages. Conference Place yyyy-mm-dd
Enterprise Systems Architectures EGN 5621 Enterprise Systems Collaboration (Professional MSEM) Fall, 2012.
CE Operating Systems Lecture 3 Overview of OS functions and structure.
ENTERFACE 08 Project 2 “multimodal high-level data integration” Mid-term presentation August 19th, 2008.
Unified Modeling Language* Keng Siau University of Nebraska-Lincoln *Adapted from “Software Architecture and the UML” by Grady Booch.
SmartNets Results Overview SmartNets SmartNets Methods.
STASIS Technical Innovations - Simplifying e-Business Collaboration by providing a Semantic Mapping Platform - Dr. Sven Abels - TIE -
ABSTRACT The JDBC (Java Database Connectivity) API is the industry standard for database- independent connectivity between the Java programming language.
Development of a Distributed MATLAB Environment with Real-Time Data Visualization Authors: Joseph Diamond, Richard McEver Affiliation: Dr. Jian Huang,
March 2004 At A Glance autoProducts is an automated flight dynamics product generation system. It provides a mission flight operations team with the capability.
Volgograd State Technical University Applied Computational Linguistic Society Undergraduate and post-graduate scientific researches under the direction.
Architecture View Models A model is a complete, simplified description of a system from a particular perspective or viewpoint. There is no single view.
Inria Rhône-AlpesEMGnet meeting - December 98 1 A Platform for EMG Studies Danielle Ziébelin, Martine Maume and Philippe Genoud INRIA Rhône-Alpes Projet.
Chapter 1 Basic Concepts of Operating Systems Introduction Software A program is a sequence of instructions that enables the computer to carry.
NCP Info DAY, Brussels, 23 June 2010 NCP Information Day: ICT WP Call 7 - Objective 1.3 Internet-connected Objects Alain Jaume, Deputy Head of Unit.
SEESCOASEESCOA SEESCOA Meeting Activities of LUC 9 May 2003.
Speech Processing 1 Introduction Waldemar Skoberla phone: fax: WWW:
March 2004 At A Glance The AutoFDS provides a web- based interface to acquire, generate, and distribute products, using the GMSEC Reference Architecture.
W3C Multimodal Interaction Activities Deborah A. Dahl August 9, 2006.
Software Architecture for Multimodal Interactive Systems : Voice-enabled Graphical Notebook.
WP6 Emotion in Interaction Embodied Conversational Agents WP6 core task: describe an interactive ECA system with capabilities beyond those of present day.
Slide 1 Chapter 8 Architectural Design. Slide 2 Topics covered l System structuring l Control models l Modular decomposition l Domain-specific architectures.
1 Chapter 2: Operating-System Structures Services Interface provided to users & programmers –System calls (programmer access) –User level access to system.
NCP meeting Jan 27-28, 2003, Brussels Colette Maloney Interfaces, Knowledge and Content technologies, Applications & Information Market DG INFSO Multimodal.
CHAPTER 2 CREATING AN ARCHITECTURAL DESIGN.
System And Application Software
Chapter 5 Architectural Design.
Presentation transcript:

Agenda 1. What we have done on which tasks 2. Further specification of work on all our tasks 3. Planning for deliverable writing this autumn (due in December) 4. Administrative matters

What we have done on which tasks ● First quarter

Task 1.1 Grammatical Framework and TrindiKit Work has been carried out towards a new TrindiKit release, in particular a GUI which enables inspection of dialogues held with the system (scheduled for June). Work has also been carried out towards a new GF to CFG grammar compiler which will facilitate the integration of TrindiKit with GF

Task 1.6 Proof of concept dialogue system A baseline version of a dialogue system for a video recorder been completed. A small corpus of user interactions has been collected. (This work has been carried out in part with other project funding.) Plans have been made to integrate the video recorder with a smart house demo including lights sensitive to the position of the user and a personal agenda.

WP5 Göteborg has conducted work towards a new release of TrindiKit which will make it possible to use it as an OAA agent and thus make it available to users who do not wish to have TrindiKit as the main agent in an OAA configuration. The work on the TrindiKit GUI has been divided between wp1 and wp5 since it will make it possible for other users to inspect corpora for applications other than those collected in connection with the work for wp1.

Second quarter

GF stuff ● CF compiler, parser wp1 ● java program compiler (OAA) -- only generation so far wp5 ● generate corpus from grammar wp1 ● multimodal grammars wp1

TrindiKit stuff ● new release 3.1, with GUI wp1,5 ● video, small corpus [audio + transcription] wp1 ● lights (not really beyond planning) wp1 ● agenda (updating old version to new trindikit) - perhaps interface ● to route planning, Cambridge map wp1mail

Current & future work ● Trindikit 4 (increased integration with OAA, simpler to use - increased access from OAA) wp1,5 ● OAA shells for input/output: Festival synthesis, RUTH ● talking head, FestVox, SPHINX recognition wp5 ● OAA shells for various devices: internet radio, agenda, X10 lights wp5 ● GF grammar for GoDiS VCR application wp1

2. Further specification of work on all our tasks

Task 1.1: Integration of the Grammatical Framework with TrindiKit and DELFOS NCL We will integrate the Grammatical Framework into TrindiKit and DELFOS NCL, providing examples of grammars which can be used in issue-based dialogue systems.

Task 1.2: Extending the TALK Grammar Library to include multimodality. Extend the use of abstract and concrete syntax from multilinguality to multimodality. We will produce some working examples, early in the project, to establish the viability of the idea of uni-fying multimodality and multilinguality. We will produce examples of multimodal grammars which take abstract representations of information and relate them both to natural languages and abstract representations used for e.g. tabular representation, graphical representation.

Task 1.5: Relating abstract representations to existing KR and domain specifications. We will show how existing knowledge representations can be related to abstract representations of the kind developed in Task 1.2.

Task 1.6: Proof of concept dialogue system using the multimodal grammar library. This task will showcase an experimental dialogue system in the smart house domain.

?Task 2.1: Integration of ontological knowledge with the ISU approach (a) Flexible Dialogue. Develop an ISU interaction manager which can use ontologies for au-tomatic clarifications of values e.g., Did you mean London Gatwick or Heathrow and tasks e.g., Do you want to plan a route or want to know about traffic conditions?. (b) Multimodal presentation. Use of ontological structure to provide appropriate options for particular modalities (small vs. large screen,audio or visual etc.). This task links to WP3.

(c) Semantic interpretation. Provide semantic interpretation routines which can be reconfigured automatically by plugging in a new ontology. (d) Filtering speech recognition hypotheses. Evaluate the results of re-ranking of recognition hypotheses according to plausibility in the domain. Generation of clarifications. (e) Reuse of existing ontological knowledge. Examine existing ontological resources and show what can be reused in a dialogue context. Provide recommendations for ontology formats.

?Task 2.2: Dynamic Reconfiguration. Extend work on device plug-and-play in networked home environments to more general task or service plug-and-play in a multimodal setting. The work will build on existing standards in this area (such as UPNP) which address plug-and-play, but do not include the necessary linguistic resources.

?Task 2.3: Programming Devices and Services. Bridge the gap between instructions given in natural language and the APIs presented by various devices and applications. This will includethe ability for users to define simple programs over both devices and services.

?Task 3.1: Extended information state modelling To support advanced multimodal presentations, we will define (i) what information should be retained in the extended information state beyond local context, (ii) develop representations of the extended information state in a structured way useful for dialogue management, output presentation and input interpretation, and (iii) develop methods to maintain the extended infor-mation state during a dialogue.

?Task 3.2: Using extended information state for multimodal turn planning This task is concerned with developing methods to determine the contextualized content from the proto-content on the basis of the extended information state, and also methods for taking the extended information state into account when distributing the contextualized content over the available modalities.

?Task 3.3: Modality-specific Resources We will develop modality-specific resources to realize the contextualized content in various modalities, such that information structure is properly reflected. We will evaluate the capability of each modality to present the given contextualized content, to support the adaptive dynamic allocation of modality- specific resources; we will develop metrics for this purpose.

Task 5.1: Infrastructure The goal of integrating components from different partners into the laboratory system and also the final in-car and in-home showcase depends on a well-defined software infrastructure as the basis for flexible, efficient and real-time communication between the modules. Based on ex-isting middle- ware for connecting modules and in close cooperation with the various providers of libraries, we will develop a project standard for module interfaces. Important factors are distributability across multiple machines and independence from operating systems, as well as the easy integration of third-party software, e.g., for speech synthesis.

?Task 5.2: Integration Given the initial versions of libraries, the task of WP5 will be the integration of the components into the laboratory system which will be the basis for data collection and evaluation and even-tually lead to in-car and in-home showcase systems based on libraries developed in TALK. To get an early start, partially existing technology will be used to develop a first baseline system based on the in-car scenario.

3. Planning for deliverable writing this autumn (due in December) ● Deliverables D1.2a [UGOT] MM and Multilingual grammars (Peter and Aarne, with input from Robin) ● Status reports T1.6s1 [UGOT] smart house system (Staffan and Robin coordinate, input from David, Stina, Rebecca, sommarjobbare?, Seville,...)

Contributions to other status reports? ● T2.1s1 [LING] ontologies and ISU -- in-car ● T2.2s1 [LING] reconfiguration -- smart house ● T3.1s1 [SAAR] extended ISU modelling ● T3.2s1 [DFKI] plan library for MM output ● T3.3s1 [SAAR] modality-specific resources ● T5.2s1 [BMW] in-car baseline system ?? where else would our ● contributions to WP5 go? why is there no T5.1s1?

4. Administrative matters ● Job specifications, time sheets ● , action, report and contact duty (Peter HT04, Stina VT05,...) – Gbg website? TALK area on dialog lab site? Can all get access? ● Six monthly report – Site report – wp1 report