%0 Conference Paper %1 Feng94 %A An, An Feng %A Wakayama, Toshiro %B Fifth International Conference on Electronic Publishing %C Darmstadt, Germany %D 1994 %I Origination, Dissemination, and Design (EPODD) EP '94 %K Attribute Document Multiview Structured applic.document assembly, documents, evolution, grammars transformation, type %P 361--372 %T SIMON: A Grammar-based Transformation System for Structured Documents %X SIMON is a grammar-based transformation system for restructuring documents. Its target applications include meta-level specification of document assembly, view definition and retrieval for multiview documents, and document type evolution. The internal document model is based on attribute grammars, and it interfaces with external document models such as SGML through input and output conversion. The transformation engine of SIMON is an amalgamation of syntax-directed computation and content-oriented computation: the former is through higher-order (and related) extensions of attribute grammars, whereas the latter is done by externally defined programs and it is for computation not naturally amenable to the syntax-directed paradigm. The current implementation of SIMON employs the higher-order extension proposed by H. H. Vogt, S. D. Swierstra, and M. F. Kuiper for the syntax-directed computation, and C++ for the content-oriented computation

@inproceedings{Feng94, abstract = {SIMON is a grammar-based transformation system for restructuring documents. Its target applications include meta-level specification of document assembly, view definition and retrieval for multiview documents, and document type evolution. The internal document model is based on attribute grammars, and it interfaces with external document models such as SGML through input and output conversion. The transformation engine of SIMON is an amalgamation of syntax-directed computation and content-oriented computation: the former is through higher-order (and related) extensions of attribute grammars, whereas the latter is done by externally defined programs and it is for computation not naturally amenable to the syntax-directed paradigm. The current implementation of SIMON employs the higher-order extension proposed by H. H. Vogt, S. D. Swierstra, and M. F. Kuiper for the syntax-directed computation, and C++ for the content-oriented computation}, added-at = {2009-05-10T18:36:57.000+0200}, address = {Darmstadt, Germany}, author = {An, An Feng and Wakayama, Toshiro}, biburl = {https://www.bibsonomy.org/bibtex/257c88ef37713380a00aec68881b82230/dparigot}, booktitle = {Fifth International Conference on Electronic Publishing}, description = {Attribute Grammar}, interhash = {300f615cc0c12673104a2aa99482e297}, intrahash = {57c88ef37713380a00aec68881b82230}, keywords = {Attribute Document Multiview Structured applic.document assembly, documents, evolution, grammars transformation, type}, pages = {361--372}, publisher = {Origination, Dissemination, and Design (EPODD) EP '94}, timestamp = {2009-05-10T18:36:58.000+0200}, title = {{SIMON}: {A} Grammar-based Transformation System for Structured Documents}, year = 1994 }