Portrait de David Ifeoluwa Adelani

David Ifeoluwa Adelani

Membre académique principal
Chaire en IA Canada-CIFAR
McGill University
Sujets de recherche
Apprentissage de représentations
Apprentissage profond
Traitement de la parole
Traitement du langage naturel

Biographie

David Adelani est professeur adjoint en science informatique et lutte contre les inégalités à l’Université McGill, et membre académique principal à Mila – Institut québécois d'intelligence artificielle. Ses recherches se concentrent sur le traitement multilingue du langage naturel, avec un accent particulier sur les langues sous-dotées en ressources.

Étudiants actuels

Collaborateur·rice de recherche - McGill
Postdoctorat - McGill
Stagiaire de recherche - McGill
Maîtrise recherche - UdeM
Superviseur⋅e principal⋅e :
Stagiaire de recherche - Standford University
Collaborateur·rice alumni - McGill
Stagiaire de recherche - McGill
Stagiaire de recherche - McGill
Stagiaire de recherche - McGill
Maîtrise professionnelle - UdeM
Stagiaire de recherche - McGill
Stagiaire de recherche - McGill
Stagiaire de recherche - McGill
Collaborateur·rice alumni - McGill

Publications

AfriqueLLM: How Data Mixing and Model Architecture Impact Continued Pre-training for African Languages
Hao Yu
Tianyi Xu
Michael A. Hedderich
Wassim Hamidouche
Syed Waqas Zamir
Afri-MCQA: Multimodal Cultural Question Answering for African Languages
Atnafu Lambebo Tonja
Srija Anand
Emilio Villa Cueva
Israel Abebe Azime
Jesujoba Oluwadara Alabi
Muhidin A. Mohamed
Debela Desalegn Yadeta
Negasi Haile Abadi
Abigail Oppong
Nnaemeka Casmir Obiefuna
Idris Abdulmumin
Naome Etori
Eric Peter Wairagala
Kanda Patrick Tshinu
Imanigirimbabazi Emmanuel
Gabofetswe Malema
Alham Fikri Aji
Thamar Solorio
Africa is home to over one-third of the world's languages, yet remains underrepresented in AI research. We introduce Afri-MCQA, the first Mu… (voir plus)ltilingual Cultural Question-Answering benchmark covering 7.5k Q&A pairs across 15 African languages from 12 countries. The benchmark offers parallel English-African language Q&A pairs across text and speech modalities and was entirely created by native speakers. Benchmarking large language models (LLMs) on Afri-MCQA shows that open-weight models perform poorly across evaluated cultures, with near-zero accuracy on open-ended VQA when queried in native language or speech. To evaluate linguistic competence, we include control experiments meant to assess this specific aspect separate from cultural knowledge, and we observe significant performance gaps between native languages and English for both text and speech. These findings underscore the need for speech-first approaches, culturally grounded pretraining, and cross-lingual cultural transfer. To support more inclusive multimodal AI development in African languages, we release our Afri-MCQA under academic license or CC BY-NC 4.0 on HuggingFace (https://huggingface.co/datasets/Atnafu/Afri-MCQA)
Ibom NLP: A Step Toward Inclusive Natural Language Processing for Nigeria's Minority Languages
Oluwadara Kalejaiye
Mmekut-Mfon Gabriel Edet
A. D. Akpan
Eno-Abasi Urua
Anietie U Andy
AFRIDOC-MT: Document-level MT Corpus for African Languages
Jesujoba Oluwadara Alabi
Israel Abebe Azime
Miaoran Zhang
Cristina España-Bonet
Rachel Bawden
Dawei Zhu
Clement Odoje
Idris Akinade
Iffat Maab
Davis David
Shamsuddeen Hassan Muhammad
Neo Putini
David O. Ademuyiwa
Andrew Caines
Dietrich Klakow
This paper introduces AFRIDOC-MT, a document-level multi-parallel translation dataset covering English and five African languages: Amharic, … (voir plus)Hausa, Swahili, Yor\`ub\'a, and Zulu. The dataset comprises 334 health and 271 information technology news documents, all human-translated from English to these languages. We conduct document-level translation benchmark experiments by evaluating neural machine translation (NMT) models and large language models (LLMs) for translations between English and these languages, at both the sentence and pseudo-document levels. These outputs are realigned to form complete documents for evaluation. Our results indicate that NLLB-200 achieved the best average performance among the standard NMT models, while GPT-4o outperformed general-purpose LLMs. Fine-tuning selected models led to substantial performance gains, but models trained on sentences struggled to generalize effectively to longer documents. Furthermore, our analysis reveals that some LLMs exhibit issues such as under-generation, repetition of words or phrases, and off-target translations, especially for African languages.
Charting the Landscape of African NLP: Mapping Progress and Shaping the Road Ahead
Jesujoba Oluwadara Alabi
Michael A. Hedderich
Dietrich Klakow
Evaluating WMT 2025 Metrics Shared Task Submissions on the SSA-MTE African Challenge Set
Senyu Li
Felermino Dario Mario Ali
Jiayi Wang
Rui Sousa-Silva
Henrique Lopes Cardoso
Pontus Stenetorp
Colin Cherry
Findings of the WMT25 Shared Task on Automated Translation Evaluation Systems: Linguistic Diversity is Challenging and References Still Help
Alon Lavie
Greg Hanneman
Sweta Agrawal
Diptesh Kanojia
Chi-kiu Lo
Vilém Zouhar
Frédéric Blain
Chrysoula Zerva
Eleftherios Avramidis
Sourabh Dattatray Deoghare
Archchana Sindhujan
Jiayi Wang
Brian Thompson
Tom Kocmi
Markus Freitag
Daniel Deutsch
Multilingual Language Model Pretraining using Machine-translated Data
Jiayi Wang
Maurice Weber
Max Ryabinin
Yihong Chen
Raphael Tang
Pontus Stenetorp
Reassessing Speech Translation for Low-Resource Languages: Do LLMs Redefine the State-of-the-Art Against Cascaded Models?
Training of LLM-Based List-Wise Multilingual Reranker
AfriMTEB and AfriE5: Benchmarking and Adapting Text Embedding Models for African Languages
DIVERS-Bench: Evaluating Language Identification Across Domain Shifts and Code-Switching