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Library & Information ScienceDDC ClassificationUpdated today

Epistemic Biases and Algorithmic Hegemony in Automated Classification Systems

Investigating how automated subject indexing and language models reproduce historical colonial and cultural biases in Dewey Decimal Classification (DDC) and Library of Congress Subject Headings (LCSH).

Core Research Question

"To what extent do transformer-based bibliographic cataloging pipelines amplify historical Eurocentric biases present in legacy classification schedules?"

Literature Corpus
5

5 Open Access Full-Texts

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Synthesis Matrix
3

60% Literature Synthesized

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Research Gaps
3

2 High-Impact Niches Identified

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Manuscript Progress
4,250

Target: 15,000 words (APA 7th)

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Recent Synthesized Papers

025.431OA Full-Text

Classification Ethics in the Age of Automated Language Models: A Critique of Machine-Assisted Subject Indexing

Dr. Elena Rostova, Marcus VanceJournal of the Association for Information Science and Technology (JASIST) (2024)

025.49OA Full-Text

Decolonizing Subject Headings: Epistemic Injustice and the Structural Limits of Controlled Vocabularies

Dr. Sarah K. Jenkins, Kweku MensahJournal of Documentation (2023)

025.04OA Full-Text

Scientometric Trajectories of Open Access Mandates: A Ten-Year Longitudinal Evaluation of FAIR Compliance

Dr. Henrik Lindqvist, Claire DuboisJournal of Informetrics (2023)

Critical Research Gaps

methodological Gap95% Relevance

Lack of Standardized Epistemic Auditing Benchmarks for Non-Latin Catalog Records

Current research on automated classification bias (e.g., Rostova & Vance 2024) focuses predominantly on Latin-script Western European national library catalogs. There is no open-source benchmark evaluating transformer subject classification on Arabic, Cyrillic, Indic, or CJK bibliographic corpora.

technological Gap91% Relevance

Poly-hierarchical Linked Data Interoperability with Monolithic DDC/LCSH Trees

While Jenkins & Mensah (2023) emphasize indigenous poly-hierarchical thesauri, existing library management systems (LMS) and BIBFRAME 2.0 endpoints fail to parse non-tree relational graph structures without data loss (Gomez, 2023).