An Integrated Development Environment for Collections

Jucovschi, Constantin; Kohlhase, Michael

doi:10.1007/978-3-642-14128-7_29

Cited by 4 publications

(3 citation statements)

References 9 publications

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“…As a client-side counterpart to the integrated repository and Linked Data publishing solution provided by TNTBase [11], we are currently developing an integrated collection authoring environment S T E XIDE for S T E X on the basis of the Eclipse framework [20]. We expect that extending S T E XIDE to operationalize the S T E X+ functionality presented in this paper will turn it into an IDE for document collection and ontology co-development that will enable authors to cope with the complexities of dealing with large collections of semi-formalized documents.…”

Section: Discussionmentioning

confidence: 99%

S ^T E ^X +

Kohlhase

Lange

2010

Proceedings of the 6th International Conference on Semantic Systems

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We present the S T E X+ system, a user-driven advancement of S T E X -a semantic extension of L A T E X that allows for producing high-quality PDF documents for (proof)reading and printing, as well as semantic XML/OMDoc documents for the Web or further processing. Originally S T E X had been created as an invasive, semantic frontend for authoring XML documents. Here, we used S T E X in a Software Engineering case study as a formalization tool. In order to deal with modular pre-semantic vocabularies and relations, we upgraded it to S T E X+ in a participatory design process. We present a tool chain that starts with an S T E X+ editor and ultimately serves the generated documents as XHTML+RDFa Linked Data via an OMDoc-enabled, versioned XML database. In the final output, all structural annotations are preserved in order to enable semantic information retrieval services.

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Section: Discussionmentioning

confidence: 99%

S ^T E ^X +

Kohlhase

Lange

2010

Proceedings of the 6th International Conference on Semantic Systems

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“…Secondly, Mmt serves as the scalable interface language between the various Mmt-aware software systems used in LATIN. Twelf [PS99] is used to write logics, TNTBase [ZK09] for persistent storage, the Mmt API for presentation and indexing, JOBAD [GLR09] for interactive browsing, and Hets [MML07] for institution-based cross-logic proof management, and we are currently adding sTeXIDE [JK10] for semantic authoring support. Mmt is crucial to communicate the content and its semantics between both the heterogeneous platforms and the respective developers.…”

Section: Applying Mmtmentioning

confidence: 99%

A scalable module system

Rabe

Kohlhase

2013

Information and Computation

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Symbolic and logic computation systems ranging from computer algebra systems to theorem provers are finding their way into science, technology, mathematics and engineering. But such systems rely on explicitly or implicitly represented mathematical knowledge that needs to be managed to use such systems effectively.While mathematical knowledge management (MKM) "in the small " is wellstudied, scaling up to large, highly interconnected corpora remains difficult. We hold that in order to realize MKM "in the large", we need representation languages and software architectures that are designed systematically with largescale processing in mind.Therefore, we have designed and implemented the Mmt language -a module system for mathematical theories. Mmt is designed as the simplest possible language that combines a module system, a foundationally uncommitted formal semantics, and web-scalable implementations. Due to a careful choice of representational primitives, Mmt allows us to integrate existing representation languages for formal mathematical knowledge in a simple, scalable formalism. In particular, Mmt abstracts from the underlying mathematical and logical foundations so that it can serve as a standardized representation format for a formal digital library. Moreover, Mmt systematically separates logic-dependent and logic-independent concerns so that it can serve as an interface layer between computation systems and MKM systems. 1 We have already solved the integration of formal and informal mathematical knowledge in the OMDoc format, whose formal part is a predecessor of the work presented in this paper. We plan to integrate this solution with the much stronger formal basis of Mmt in the future.Corresponding to the notions of structural and semantic validation, we can define structural and semantic equivalence of theory graphs:Definition 34. Relative to a fixed foundation, two well-formed theory graphs γ and γ ′ are called structurally equivalent if the following holds:• γ > T = { } iff γ ′ > T = { }, and in that case T has meta-theory M in γ iff it does so in γ ′ ,• γ ≫ l : S → T = iff γ ′ ≫ l : S → T = ,

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“…The usefulness of migrating content to a structured format that is standardized is proved by the efforts to convert lecture notes from mathematics [18], [19], [20] and physics [21] into open formats like OMDoc or OpenMath. The aforementioned researches focus on converting L A T E X documents into XML vocabularies so that tasks like query the repository, browse related content, reuse and restructure content etc.…”

Section: A Requirements Analysismentioning

confidence: 99%

On Supporting Creative Interaction in Collaborative Systems: A Content Oriented Approach

Podean

Benţa

Costin

2011

2011 IEEE 13th Conference on Commerce and Enterprise Computing

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The term collaboration is often used to refer to cooperation, resulting thus in a large number of implementations that handle partially the requirements for such a system. This paper will review the components that are a must and define a model for a collaborative system. Instruments like project and risk management are either partially or at all taken in consideration in todays collaborative systems. On the other hand, content management is viewed in term of webcontent management or at most enterprise content management when a great emphasis should be on more intelligent content and its ways to be managed. This study evaluates the design of a collaborative system in a very adaptive and evolution enabled manner and focuses also on restructuring how content is regarded and managed by providing a model that emulates our view.

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An Integrated Development Environment for Collections

Cited by 4 publications

References 9 publications

S ^T E ^X +

S ^T E ^X +

A scalable module system

On Supporting Creative Interaction in Collaborative Systems: A Content Oriented Approach

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An Integrated Development Environment for Collections

Cited by 4 publications

References 9 publications

S T E X +

S T E X +

A scalable module system

On Supporting Creative Interaction in Collaborative Systems: A Content Oriented Approach

Contact Info

Product

Resources

About

S ^T E ^X +

S ^T E ^X +