Arsalan Shahid works as a Technology Solutions Lead and serves as the Head of CeADAR Connect Group (CCG) at Ireland’s National Centre for Applied AI (CeADAR). Arsalan worked on a number of technology projects funded by European Commission H2020, Enterprise Ireland, Science Foundation Ireland, and ICT R&D Ignite Pakistan. His research contributed to advanced healthcare data analytics using AI/ML, intelligent cloud-based technologies, and high-performance computing and embedded computing platforms. Read More …
GitHub, ResearchGate, Google Scholar, Publons, ORCID, LinkedIn
Reach Me
Office: CeADAR – Ireland’s Centre for Applied AI, University College Dublin, Dublin D04 V2N9, Ireland
M: +353 83 884 6096
Email: [email protected]
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Technology Solutions Lead and Head of CeADAR Connect Group — National Centre for Applied AI, Ireland.
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Technical Collaborator with Enterprise Ireland DTIF Funded research on Medical Image Analytics at INSIGHT — SFI Centre for Data Analytics, UCD, Ireland.
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AI/ML Expert at EU Funded Horizon 2020 Project on Diabetes Technologies (OPEN).
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Technical Lead at Aroob Technologies Ltd., Ireland.
I have realized that the answer is simple and obvious. I am a human being! I am the best of creations of the Almighty!
I have been equipped with a unique characteristic of doing mistake that serves as a catalyst to my growth. I am strong and the ability to realize, accept and correct the mistakes is the key to my growth … and strength. I have learned that this universe is for me (and for you). Fine, too big? This world is for me. Too big? All is for me as long as I have a living God, who made me His viceroy.
My philosophy of life? I firmly believe that one is only as good; as benevolent he or she may be to the rest of the universe, systems, the people and self; in that order [98:7Quran].
What is the purpose of my existence/what is my ‘why‘ to live? To be as yielding, useful and benevolent to His universe as possible.
How am I contributing to my ‘why‘/How I satisfy my ‘why‘? I have devoted myself to help people by empowering them and enable them to grow.
How I help people? I inspire people. How? By igniting curiosity. Why I choose to ignite curiosity? We, homo-sapiens are instinctively curious. We feel empowered when we are fed with information. We grow as we explore more. And, curiosity fuels the process of evolution and growth.
What specifically am I doing now and what I plan to do for future? I do research in scientific high-end computing and applied artificial intelligence and write my research into scientific papers, publish them to ignite the curiosity of people in my field and empower the brains.
–Arsalan
Last updated: June 13, 2019
Recent Publications
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A Zafar, D Lewis, A Shahid “Long-Term Glucose Forecasting for Open-Source Automated Insulin Delivery Systems: A Machine Learning Study with Real-World Variability Analysis.“, in Healthcare, 2023, pdf, Scholar Google, DOI
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A R Tufford, C Diou, …, A Shahid, P Veer, A Delopolous, M Mars, “Towards systems models for obesity prevention: a big role for big data“, in Current Developments in Nutrition, July 2022, pdf, Scholar Google, DOI
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D. M. Lewis, A Shahid, “Glycemic Variability Assessment in Newly Treated Exocrine Pancreatic Insufficiency With Type 1 Diabetes“, in Journal of Diabetes Science and Technology, SAGE Publishing, July 2022, pdf, Scholar Google, DOI
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A Shahid, D M Lewis, “Large-Scale Data Analysis for Glucose Variability Outcomes with Open-Source Automated Insulin Delivery Systems“, in Nutrients, MDPI, May 2022, pdf, Scholar Google, DOI
View more publications here
Recent Posts
Released Software
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Glycemic Variability Assessment for Exocrine Pancreatic Insufficiency under PERT treatment, 2022, Code
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Glucose variability and Statistical Analysis Scripts for OpenAPS Data Commons Diabetes Datasets, 2022, Code
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DE-METER: Calculate Dynamic Energy Consumption Using RAPL Meter, 2019, Code
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AdditivityChecker: Check Performance Events (PMCs) for Additivity, 2018, Publication, Code
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SLOPE-PMC: Towards the Automation of PMCs Collection for Modern Multicore Platforms, 2016-2018, Code
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XenoJetBench (V2.0): An Open Source Hard-Real-Time Multiprocessor Benchmark, 2016, Publication, Code