A Computational Method for Philosophical Interpretation. Hungerbühler, S. Master's thesis, Institute for Logic, Language and Computation, University of Amsterdam, Amsterdam, June, 2018.
A Computational Method for Philosophical Interpretation [link]Paper  abstract   bibtex   1 download  
This thesis seeks to advance the use of computational techniques for the task of philosophical interpretation. To this end I present a novel method which draws on techniques and formal tools from logic-based knowledge modeling, automated reasoning, and natural language processing to support researchers in philosophy. This highly-interdisciplinary and experimental effort forms part of the e-Ideas project which seeks to build a new, computationally-scalable methodology for History of Ideas. I test my method on concrete research questions under investigation by e-Idea’s members and thus provide an illustration of my method’s functioning in practice as well as evidence for its methodological adequacy.
@mastersthesis{hungerbuhler_computational_2018,
	address = {Amsterdam},
	title = {A {Computational} {Method} for {Philosophical} {Interpretation}},
	url = {https://msclogic.illc.uva.nl/theses/recent/publication/4745/A-Computational-Method-for-Philosophical-Interpretation},
	abstract = {This thesis seeks to advance the use of computational techniques for the task of philosophical interpretation. To this end I present a novel method which draws on techniques and formal tools from logic-based knowledge modeling, automated reasoning, and natural language processing to support researchers in philosophy. This highly-interdisciplinary and experimental effort forms part of the e-Ideas project which seeks to build a new, computationally-scalable methodology for History of Ideas. I test my method on concrete research questions under investigation by e-Idea’s members and thus provide an illustration of my method’s functioning in practice as well as evidence for its methodological adequacy.},
	school = {Institute for Logic, Language and Computation, University of Amsterdam},
	author = {Hungerbühler, Silvan},
	month = jun,
	year = {2018},
}

Downloads: 1