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+ <!ELEMENT description (p|dl|ul|ol)+>
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<work-packages>
<work-package file="distribution"/>
<work-package file="testing-and-validation"/>
<work-package file="information-dissemination-and-exploitation"/>
+ <description>
+ <p>The previous work packages are not strictly sequential.</p>
+ <p> WP1 should be reasonably short; apart from a few topics requiring a
+ deeper analysis (Tasks 1.3-5), this phase is essentially meant to rapidly
+ reach a good level of inter-operability among the different sites.</p>
+ <p>Most part of the work is based on the possibility to have at our
+ disposal, and as soon as possible, large collections of documents encoded
+ with semantic markup. One strategy is the import of material (e.g.
+ journal articles) written in LaTeX. The development of a suitable LaTeX
+ based authoring tool (Task 4.4) will need to begin immediately, as an
+ appropriate semantic encoding in LaTeX has to be developed first.
+ The delivery of the first prototype of the authoring tool is scheduled
+ for month 18.</p>
+ <p>A more rapid way to get meaningful repositories of fully structured
+ mathematical knowledge is by exporting them from the available
+ libraries of Logical Frameworks and Proof Assistants (Task 2.1).
+ The intelligence contained in the exported XML files should reflect the
+ requirements defined
+ in the previous work package, requiring a deep analysis of the markup
+ model. After six months from the beginning of the project we plan to have
+ a first prototype of the Exportation Module and a first draft of the
+ Document Type Descriptor for thelow, logical level. This is our first
+ Milestone.</p>
+ <p>At this point we may start the study of the intermediate format of the
+ information, and the implementation of the stylesheets performing the
+ transformation (tasks T2.2-3). This part of the work is expected to be
+ essentially completed after one year (second Milestone). Since a strong
+ feedback is expectedwith presentational issues, we plan to begin the
+ development of presentational stylesheets around month 9. In turn, the
+ need of rapidly have at our disposal good presentational engines suggests
+ to begin their development as soon as possible (task 4.1).</p>
+ <p>In parallel with these transformation issues, we shall start the study and
+ classification of metadata, and their concrete modelling.</p>
+ <p>Summing up, at the end of first year we plan to have:</p>
+ <ul>
+ <li>a formal Document Type Descriptor of the intermediate level;</li>
+ <li>a bunch of stylesheet performing the transformation to intermediate
+ representation, both for formulae and proofs;</li>
+ <li>a detailed report on metadata;</li>
+ <li>a first prototype model of metadata (in RDF format);</li>
+ <li>a prototype MathML-viewer.</li>
+ </ul>
+ <p>During the first half of second year we shall perform, in parallel, four
+ major activities:</p>
+ <ul>
+ <li>study and development of presentational stylesheets, both for expressions
+ and proofs, and automatic extraction of metadata (tasks T2.4-6).</li>
+ <li>architectural design and implementation of the consultation engine (task
+ T4.2, requiring the metadata model), and of the functionalities for
+ assisted annotation in natural language of the documents (task T4.3,
+ requiring both the MathML-viewer, and a detailed description of the
+ intermediate level).</li>
+ <li>overall architectural design and first prototype implementation of the
+ distribution model (task T5.1-T5.2).</li>
+ <li>finalize the first prototype of a LaTeX based authoring tool
+ (Task 4.4)</li>
+ </ul>
+ <p>The second half of the second year is devoted to the completion of the
+ previous tasks, and to their integration inside a single, compound
+ application. Around this time we shall also start a detailed validation
+ of the application, according to three pilot applications:</p>
+ <ol>
+ <li>Formalisation of a full undergraduate course in algebra or analysis for
+ didactical purposes.</li>
+ <li>Formalization of (part of) the process of loading, verifying and
+ executing an applet into a smart card. This application will provide
+ a case study close to both information technology (IT) industry and
+ Computer Science research, where the presentation and layout needs are
+ not exactly the same as in Mathematics. The example concerns the
+ representation of different abstract state machines, transition systems,
+ typing calculus, and program code. Such concepts are pragmatic use cases
+ of the formal concepts that usually appears in security evaluations of
+ IT products and Computer Science articles.</li>
+ <li>Make maximal use of content marked-up articles in a solely
+ electronic scientific physics journal. This will allow us to demonstrate
+ the benefits of content mark-up for search, retrieval, and re-use of
+ mathematical content, and user customisable content presentation.
+ Several articles will be processed to test scope, functionality, and
+ user friendliness of the authoring tool developed in Task 4.4. The tool
+ will be refined and the mathematical semantics covered extended. The
+ suite of articles will be used to show benefits of automated
+ annotation and cross-linking between related mathematical concepts.</li>
+ </ol>
+ <p>The last six months are mainly devoted to testing, debugging, validation,
+ dissemination of results and exploitation plans.</p>
+ </description>
</work-packages>
projects / helm.git / blobdiff