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(Added details on Kantbot's ideological relevance to Infrared and a summary of his research work on XML.) |
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==== Research on XML ==== | ==== Research on XML ==== | ||
Kantbot is notable for being an advocate of investigation into XML [[Archeotechnology]] such as Topic Maps and meta-languages that would enable in-memory parsing of XML files<ref>http://researchers.lille.inria.fr/~niehren/Papers/X-Fun/0.pdf</ref>, which would open up new frontiers of web development according to Kantbot's theory. The specific innovation that Kantbot is attempting to reconstruct or reinvent in this domain is a system of metadata organisation that completely collapses the "Document Object Model" into the framework of Topic Maps. The practical difference is that instead of parsing individual documents for encoded information the documents should have robust internal metadata structures, indexes and thesauri that provide adequate semantic markup for high search-engine precision within these documents so that the Topic Map can serve as a portal environment from which to begin searching for information in it's connected | Kantbot is notable for being an advocate of investigation into XML [[Archeotechnology]] such as Topic Maps and meta-languages that would enable in-memory parsing of XML files<ref>http://researchers.lille.inria.fr/~niehren/Papers/X-Fun/0.pdf</ref>, which would open up new frontiers of web development according to Kantbot's theory. He also claims that XML qualifies as a leibnitzian universal language.<ref>https://nitter.net/wydna00/status/1566131021749387266</ref> The specific innovation<ref>Relevant article with annotations by Kantbot: https://drive.google.com/file/d/18Y2bZNbYbAyPq_AxvAWeuRGFIaa2XXl9/view</ref> that Kantbot is attempting to reconstruct or reinvent in this domain is a system of metadata organisation that completely collapses the "Document Object Model" into the framework of Topic Maps. The practical difference is that instead of parsing individual documents for encoded information the documents should have robust internal metadata structures, indexes and thesauri<ref>https://nitter.net/wydna00/status/1495917023142068234</ref> that provide adequate semantic markup for high search-engine precision within these documents so that the Topic Map can serve as a portal environment from which to begin searching for information in it's connected documents.<ref>https://nitter.net/wydna00/status/1480037653064126466</ref> This was done with the original conference papers documenting the development of the Topic Map idea<ref>https://ontopia.net/topicmaps/materials/xmlconf.html</ref>, which Kantbot credits in part for making this archeotechnology reconstructable. | ||
Kantbot believes that because XSLT (through X-Fun) qualifies as a functional programming language it can completely replace Javascript and that it's use in combination with the inherent advantages of an XML Datamodel would result in a new and improved iteration of the Internet that is superior to Web 3.0. | Kantbot believes that because XSLT (through X-Fun) qualifies as a functional programming language it can completely replace Javascript and that it's use in combination with the inherent advantages of an XML Datamodel would result in a new and improved iteration of the Internet that is superior to Web 3.0. <blockquote>"Web 3 is going to make everything wrong with the internet worse. It further formalizes and entrenches the cybernetic control mechanisms of network ideology. Anyone promoting it is evil or stupid. We must return to XML Topic Maps, XML Style Sheets, XML Query Languages immediately"<ref>https://nitter.net/wydna00/status/1502078071934967813</ref></blockquote>Kantbot maintains a library with educational resources on the topic of topic maps.<ref>https://github.com/wydna-group/topicmaps</ref> | ||
==== Social ==== | ==== Social ==== |