Khadijah Mohammed : Publications
Journal papers
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[1]
Structure−Focused Neurodegeneration CNN for Mod− elling and Classification of Alzheimer’s Disease.
K. Mohammed. S. Odimayo C. Olisah
2024.
Details about Structure−Focused Neurodegeneration CNN for Mod− elling and Classification of Alzheimer’s Disease. | BibTeX data for Structure−Focused Neurodegeneration CNN for Mod− elling and Classification of Alzheimer’s Disease.
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[2]
AI Challenges and Future Prospects of XAI in Major Fields: A Case Study of Nigeria.
A. Shehu. K. Mohammed
2023.
Details about AI Challenges and Future Prospects of XAI in Major Fields: A Case Study of Nigeria. | BibTeX data for AI Challenges and Future Prospects of XAI in Major Fields: A Case Study of Nigeria.
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[3]
Identification and Mitigation of Bias Using Explainable AI for Brain−Stroke Prediction.
G. George. K. Mohammed
2023.
Details about Identification and Mitigation of Bias Using Explainable AI for Brain−Stroke Prediction. | BibTeX data for Identification and Mitigation of Bias Using Explainable AI for Brain−Stroke Prediction.
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[4]
Evaluation of Classification Algorithms on Locky Ransomware.
U. B. Mohammed. F. Peter G. George K. Mohammed
2022.
Details about Evaluation of Classification Algorithms on Locky Ransomware. | BibTeX data for Evaluation of Classification Algorithms on Locky Ransomware.
Conference papers
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[1]
When Voxels Are Not Equal: Spacing−Driven Metric Bias and Metric−Uncertainty Decoupling in Segmentation
Khadijah Mohammed and Irina Voiculescu
In UNSURE 2026: Uncertainty for Safe Utilization of Machine Learning in Medical Imaging. 29th International Conference on Medical Image Computing and Computer Assisted Intervention (MICCAI 2026). Springer Nature. September, 2026.
Details about When Voxels Are Not Equal: Spacing−Driven Metric Bias and Metric−Uncertainty Decoupling in Segmentation | BibTeX data for When Voxels Are Not Equal: Spacing−Driven Metric Bias and Metric−Uncertainty Decoupling in Segmentation | Link to When Voxels Are Not Equal: Spacing−Driven Metric Bias and Metric−Uncertainty Decoupling in Segmentation