Presentation at CRI’2025 Conference
Presentation of our work on fairness auditing in dermatological AI systems
Presentation of our work on fairness auditing in dermatological AI systems
Presentation of our work on ML for sustainable materials optimization at the International CGCA-02
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Published in Medium, 2024
A practical guide to using Data Version Control (DVC) for managing datasets and ML experiments with the same rigor as code versioning.
Published in Medium, 2024
A comprehensive guide to MLOps practices, exploring how to operationalize machine learning models in production environments.
Published in Energy Efficiency (Under Review), 2025
A comprehensive bibliometrix analysis examining the application of machine learning and deep learning techniques for predicting thermal comfort in sustainable porous materials.
Recommended citation: quot;Machine learning and deep learning for the prediction of thermal comfort based on a sustainable porous matrix: A bibliometrix analysis." Energy Efficiency. Under review.
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Published in Open Ceramics, 2025
This paper presents a hybrid feature selection approach using machine learning to optimize porosity-hygroscopy correlations in porous geopolymers for improved indoor thermal comfort.
Recommended citation: L. Tiogning-Djiogue, H. Tcheneghon Motcheyo, E. Kamseu, et al. (2025). "Machine learning for the optimization of porosity-hygroscopy correlations of porous geopolymers in indoor thermal comfort: A hybrid feature selection approach." Open Ceramics.
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Published in CRI 2025 Conference, 2025
This paper audits group and counterfactual fairness in dermatological AI systems, examining how diagnostic accuracy varies across demographic groups and under counterfactual interventions.
Published in EGC 2026, 2026
Dans cet étude, nous proposons l’utilisation de l’analyse en composantes principales (ACP) comme méthode de prétraitement afin d’accélérer la génération des motifs graduels.
Published in , 1900
Published:
Presented our research on auditing fairness in dermatological AI systems, focusing on the intersection of group fairness and counterfactual fairness in clinical decision support. This work, co-authored with Lauraine Tiogning-Djiogue, examined how AI diagnostic systems may produce disparate outcomes across demographic groups, particularly regarding skin cancer detection across gender and skin tone.
Undergraduate course, National Advanced School of Engineering of Yaoundé, 2023
Teaching Assistant position under the supervision of Dr. Lauraine Tiogning, where I mentored students in core concepts of machine learning and database theory.