Browse publications on Google Scholar (top-right) ↗
Resume (English only)
Academic Achievements
Published 'Understanding the impact of entropy on policy optimization'.
Published 'An Introduction to Attention Mechanisms' and gave a talk at the Montreal Deep Learning Meetup.
Published 'Genetic Diversity In Circulating Tumor Cell Clusters'.
Gave a talk 'The Rise of Conversational AI' at the first Montreal Bot Meetup held at Microsoft HQ.
Published 'Disease Outbreak on College Networks'.
Created Minerva Bot, a pseudointelligent chat bot on Facebook Messenger.
Held 'Predicting with Data Workshop' to teach the basic concepts behind machine learning and how to implement them using Scikit-Learn.
Published 'Comparison of Game Playing Algorithms and Heuristics in Hus'.
Published 'Towards electroencephalography-based prosthetic control'.
Published 'Computational Oncology'.
Developed Stressless, an application that quantifies stress levels in the workplace.
Developed Flaneur, a companion travel app.
Published 'TwitFem Attitude Analysis'.
Research Experience
Some work at Google Brain.
Completed a technical discussion and tutorial on how to visualize recurrent neural networks with attention in Keras during an internship at Datalogue.
Simulated macroscopic tumors to investigate the interplay between global growth dynamics, microscopic composition, and circulating tumor cell cluster diversity.
Explored the relationship of segregation on a stochastic campus network to the spread and control of a disease.
Created a pseudointelligent chat bot on Facebook Messenger to aid students of McGill find information about courses, programs, buildings, and printers faster.
Held hands-on workshop to teach the basic concepts behind machine learning and how to implement them using Scikit-Learn.
Explored the creation of an agent that plays the game of Hus. The best agent is based on minimax with alpha-beta pruning and a naive heuristic.
Developed a framework and prototype for a Siri-like system that can automatically detect tasks like grasping and lifting through EEG brain signals, potentially leading to building better neuroprosthetics.
Simulated cancer growth and their genomes in silico and used it to determine tumor heterogeneity. Over 7000 lines of pure python.
Quantifies stress levels in the workplace using heart rate measurements from commercial wearables like the FitBit. Wrote the algorithm to calculate the Heart Rate Variability.
Developed a companion travel app that recommends day itineraries based on mood.
Used 1M tweets to determine the most characteristic words used by feminists and anti-feminists with the log-likelihood keyness method.
Background
Research interests include deep learning, natural language processing, and machine learning. Bio: Zafarali Ahmed is a researcher with extensive experience in the field of artificial intelligence.
Miscellany
Personal interests include traveling, data analysis, and tech communication.