Things I wrotethat other peopleread.
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PathSymetic: Neuro-Symbolic Causal Hypothesis Generation for Mechanistic Pathway Discovery in Genomic Systems
Knowledge graphs, causal structure learning and GNNs that propose mechanistic pathway hypotheses from genomic data.
- Venue
- AAAI 2026 workshops · Singapore · top 15% of accepted workshop papers
- Line
- Interpretable & neuro-symbolic AI
- Topics
- GNNCausal inferenceKnowledge graphsPathways
- Read
- Paper & code ↗SPARTA ↗Bridge LM Reasoning ↗AI4Research ↗
Harnessing Bioinformatics and AI for Microbiome-Targeted Discovery of Plant-Derived Therapeutics
How bioinformatics and AI can find plant compounds that work through the gut microbiome, written with my capstone team.
- Venue
- IGI Global book chapter · accepted
- Line
- Microbiome
- Topics
- MicrobiomeQSARMulti-omicsNutrigenomics
- Read
- Chapter ↗IGI Global ↗
A Multi-Method Interpretability Framework for Probing Cognitive Processing in Deep Neural Networks across Vision and Biomedical Domains
TriggerNet, extended: Grad-CAM, RISE, FullGrad and TCAV fused to explain models across plant, medical (MedMNIST) and natural images.
- Venue
- NeurIPS 2025 workshops (SPIGM & Reliable ML) · California, USA
- Line
- Interpretable & neuro-symbolic AI
- Topics
- Explainable AIGrad-CAMTCAVMedMNIST
- Read
- Paper & code ↗SPIGM ↗Reliable ML ↗
TriggerNet: A Novel Explainable AI Framework for Red Palm Mite Detection and Multi-Model Comparison and Heuristic-Guided Annotation
An explainable AI framework for spotting red palm mite damage across 11 plant species, with weak supervision for labelling and a live Streamlit app.
- Venue
- 13th ICCET · arXiv 2510.18038
- Line
- Plants & agriculture
- Topics
- Explainable AIEfficientNetYOLOv8Snorkel
- Read
- arXiv 2510.18038 ↗
Deep Learning-Based Classification of Plants and Detection of Red Palm Mite Infestation from Leaf Images
Classifying plant species and catching red palm mite infestation straight from leaf photos with deep learning models.
Machine Learning-Augmented Simulation of Bioethanol Production from Vegetable Waste, Lignocellulosic Biomass, and Marine Algae Using MATLAB
Kinetic models of bioethanol fermentation, sped up with machine learning, for vegetable waste, plant biomass and seaweed.
- Venue
- ACMS 2025 Conference
- Line
- Bioprocess & biofuels
- Topics
- MATLABKinetic modellingMachine learning
- Read
- ↗
Precision Agriculture-Based Pest Detection Solutions Using AI Algorithms Simulated with Complex Logic Gates Integration and 3D Bioprinting
Benchmarks AI models for fast pest identification and imagines logic-gate decision systems and 3D-bioprinted, pest-resistant plant tissue.
- Venue
- Review article
- Line
- Plants & agriculture
- Topics
- CNNRandom ForestLogic gates3D bioprinting
- Read
- Read more ↗
Evolving Innovative Process for Bioethanol Production from Tropical Fruit Residues Integrated with Biomaterial Catalyst and Saccharomyces cerevisiae Bioagent
Turning tropical fruit waste into bioethanol with a biomaterial catalyst and yeast. My first paper and first conference talk.
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Papers I have read for others.
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