| Pioneering DNA-Storage Technology - Encoding Data in DNA [LinkedIn] |
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Discusses research work on the nascent DNA Storage technology at Imperial College London.
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| King's talk - Encoding Data in DNA [Slides] |
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Powerpoint slides to the talk I gave at the MatBio (Mathematics for Bioinformatics 2021) conferece in King's College London on our work done at Imperial College on Encoding Data into DNA
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Fifteen quick tips for HPC users [LinkedIn]
UCL Fifteen Quick Tips and Workflow languages [Slides]
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This short executive summary (bullet pointed tips) of my educiational paper "Fifteen Quick Tips for Success with HPC, i.e. Responsibly BASHing that Linux Cluster" published at PLOS Computational Biology.
I also presented this along with an introduction to Workflow languages at a Computational Research Seminar at the Department of Economics, UCL.
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| Distributed Computing in a Pandemic [LinkedIn] |
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Outlines research work on the application of Distributed computing, Cluster computing and Supercomputing for crucial COVID-19 research tasks.
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| Reproducibility, Standardisation, Fault-tolerance and Deployability in Computational Pipelines using Nextflow Workflow Language
[LinkedIn] |
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Discusses work done at the ICR (Institute of Cancer Research) to improve reproducibility of Next-generation Sequencing pipelines, standardising them, making them fault-tolerant and more deployable as well as interoperable.
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| Bioinformatics Guest Lecture - Next-Gen. Sequencing and Transcriptomics [Slides] |
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Slides to the Bioinformatics Guest Lecture that I gave jointly to M.Sci and B.Sc students at the Department of Computer Science, Royal Holloway.
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| The Analysis of High-Throughput Biological Datasets Utilising Distributed Computing |
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Full text of my PhD Thesis
[Jamie Alnasir, project supervisor Dr. Hugh Shanahan, Royal Holloway University of London].
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