| Title |
Description |
Date |
Public |
Private |
Mail |
| D5.3 - Implementation of the authoring environment prototype |
This document describes the final version of the Content Authoring Environment (CAE) of SNOW, including its architecture design and user documentation. |
31/08/2006 |
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| D3.6 - New Algorithms for Noise Reduction and Speech Augmentation |
In this document a description of the software modules embedding in the framework of the SNOW architecture, instructions on usage, an overview of the software source architecture, and instructions on compiling the modules on Windows PCs is provided. |
12/07/2006 |
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| D3.3 - Libraries providing full gesture recognition functionality including documentation |
The output of this document is the library providing full gesture recognition. The gesture recognition library software is written in C++ and includes a graphical user interface for demonstration purposes. |
03/07/2006 |
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| D3.4 - Adaptation of ASR/TTS Engine to the Typical Acoustic Environments of the Project |
This document is based on the work done to optimize the ASR according to the application requirements, for improving the accuracy in the typical acoustic environment of the project. |
30/06/2006 |
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| D3.5 - Prototype of a Voice Server |
This document is based on the work done to develop a Voice Server, which integrates the Automatic Speech Recognition engine, optimised for the project, and Text-To-Speech technology, in a client/server architecture. |
30/06/2006 |
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| D2.3 - Specification of a mobile-worker UI description language final version |
This document provides a formal specification of the Device-Independent MultiModal Markup Language (D3ML), including its concepts, features, and language elements. This language is intended for modelling multimodal user interfaces of arbitrary applications in a document-based fashion like it is known from common Web applications. |
13/04/2006 |
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| D4.3+D6.1 - First version of integrated prototype, incl. UI integration engine V1 |
This document is based on the implementation work done to create the first version of the SNOW prototype. |
09/03/2006 |
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| D4.2 - Document of Network Integration Methodology |
This document specifies the SNOW Network Integration Methodology. This is based on the component description of the architecture already executed in Deliverable D4.1. Special focus lies on the main topics of SNOW, multimodality and mobility and their incorporation into the system embracing internal architecture and the environmental networks. |
15/02/2006 |
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| D3.2 - Preliminary Libraries containing motion segmentation technology and basic gesture recognition functionality (C/C++) |
This document provides an overview of the basic library functionality, the provided files and the use of the library. The gesture recognition library software is written in Matlab and can be interfaced using C/C++.
The current state of the art for gesture recognition methods is summarized. Based on these findings a new method for hand segmentation and gesture recognition is currently under development. |
23/11/2005 |
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| D7.6 - Publishable summary of the mid-term report |
Publishable summary of the mid-term report. |
21/11/2005 |
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| D5.2 - High-level design of the authoring environment |
This document describes the high-level architecture of the set of tools comprising the authoring environment of SNOW. |
18/11/2005 |
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| D2.4 - Methodology for annotating and structuring procedures content with semantic resources |
This document proposes a language and methodology for the representation of existing paper-based procedures to be used through device independent multimodal applications. |
14/11/2005 |
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| D4.1 - Document of Integration Framework Specification |
This document specifies the SNOW Integration Framework for the Mobile Worker Environment. The architectural approach taken is based on a client / server model where the client is handled by the mobile worker and the server is a capable background system supporting the client with a variety of services. These services concentrate on delivering job procedures (e.g., for maintenance tasks) stored in a persistent background database. A server may serve several clients simultaneously. |
02/11/2005 |
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| D5.1 - Requirements for an authoring environment |
This document collects the requirements for the set of tools comprising the authoring environment of SNOW. The SNOW approach is to have two languages, XTM-P and D3ML. Correspondingly, the authoring environment will basically consist of a tool for authoring and refining content and structure of aircraft maintenance procedures on one hand and a second tool for developing multimodal, device-independent user interface templates on the other hand. |
15/09/2005 |
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| SNOW Project profile |
Official project profile, following the European Commission template. |
14/09/2005 |
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| D2.2 - Specification of a mobile-worker UI description language initial version |
This document specifies the initial version of the mobile worker user interface description language of SNOW.
The approach already taken in D 2.1 “Requirements for a mobile-worker UI description language” is to differentiate thoroughly between the major aspects of this language, content and structure on one side, and layout and navigation on the other side. This approach resulted in the decision to separate these aspects into two languages. The one specifying content and structure is based on Topic Maps as a generic standard for building semantic resources and it is called XTM-P (XML Topic Maps for maintenance Procedures). The other language is named D3ML (Device-independent MultiModal Mark-up Language). |
17/06/2005 |
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| D3.1 - Test database and evaluation report on the state-of-the-art |
The aim of the document is to identify methods and limits of available gesture recognition technologies and to describe the collected database of test situations. This study serves as basis for the development of technologies to achieve robust recognition in the SNOW mobile worker environment. |
13/05/2005 |
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| D2.1 - Requirements for a mobile worker UI description language |
This document aims to capture requirements related to the design of a mobile worker user interface.
Coupling the benefits of multimodal and mobile interfaces for exploiting structured information such as maintenance documentation requires an advanced data description of maintenance procedures. Both a modality-independent description of structured information and a device-independent description of the interactions with input and output modalities are needed. |
11/04/2005 |
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| D7.3 - SNOW project presentation |
This deliverable gives the main information about the SNOW project: main goals, key issues, technical approach... |
28/02/2005 |
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| D1.3 - Recommended practices in term of standards |
This document contains a short description of public available standards which are relevant inside SNOW for the implementation of the project goals. This should embrace all standards which might touch the project realisation and is an essential input for the architecture planning. |
13/02/2005 |
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| D1.2 - Mobile Worker Environment Specifications |
This document completes the deliverable D1.1, giving a deeper view of the mobile worker’s environment and associated constraints. The aim of this document is to help in the design of the SNOW mobile worker environment, which will be developed in WP4 “Mobile Worker Environment”. It must be considered as a requirements handbook. |
12/02/2005 |
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| D1.1 - Maintenance services model and application specifications for mobile worker |
This document presents what maintenance means, who are the maintenance operators targeted in this project - the Nomadic Workers -, what are their needs and how the project will meet them. This is expressed in term of applications and requirements illustrated by industrial scenarios building together a way to validate the generic business model and associated services. |
11/02/2005 |
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