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A list of all the posts and pages found on the site. For you robots out there is an XML version available for digesting as well.
Pages
Posts
awards
Bronze Medalist in Semester 01 (Fall 2019)
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Bronze Medalist in Semester 01 (Fall 2019) for securing Third Position in Batch 2019.
Inducted in Dean’s List Semester 01 (Fall 2019)
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Inducted in the Dean’s List for Semester 01 (Fall 2019).
Inducted in Dean’s List Semester 02 (Spring 2020)
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Inducted in the Dean’s List for Semester 02 (Spring 2020).
Inducted in Dean’s List Semester 03 (Fall 2020)
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Inducted in the Dean’s List for Semester 03 (Fall 2020).
Gold Medalist in Semester 03 (Spring 2021)
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Gold Medalist in Semester 03 (Spring 2021), securing First Position in Batch 2019.
Inducted in Rector’s List Semester 04 (Spring 2021)
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Inducted in the Rector’s List for Semester 04 (Spring 2021).
Gold Medalist in Semester 04 (Fall 2021)
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Gold Medalist in Semester 04 (Fall 2021), securing First Position in Batch 2019.
Inducted in Dean’s List Semester 06 (Spring 2022)
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Inducted in the Dean’s List for Semester 06 (Spring 2022).
Bronze Medalist in Semester 06 (Spring 2022)
Published:
Bronze Medalist in Semester 06 (Spring 2022) for securing Third Position in Batch 2019.
Inducted in Dean’s List Semester 07 (Fall 2022)
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Inducted in the Dean’s List for Semester 07 (Fall 2022).
Inducted in Dean’s List Semester 08 (Spring 2023)
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Inducted in the Dean’s List for Semester 08 (Spring 2023).
FIRST Position @ Job Fair 2023 Final Year Project Competition
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Secured FIRST position at the Job Fair 2023 Final Year Project Competition in March 2023.
WOMANIUM Quantum Computing Scholarship
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Awarded the WOMANIUM Quantum Computing Scholarship in May 2023.
Final Year Project selected for IGNITE National Grassroots Research Initiative 2022-2023 Funding
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My Final Year Project was selected for IGNITE’s National Grassroots Research Initiative (NGIRI) 2022-2023 Funding, August 2023.
FIRST Place @ WOMANIUM Global Quantum Media Award
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Awarded FIRST Place in the WOMANIUM Global Quantum Media Award, Sep 2023.
Full Scholarship - QxQ Introduction to Quantum Computing
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Received a Full Scholarship for the QxQ Introduction to Quantum Computing program in September 2023.
Akhlaque Hussain Bronze Medal (Fall 2019 to Spring 2023)
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Awarded the Akhlaque Hussain Bronze Medal for securing Third Position in the Batch of 2019, from Fall 2019 to Spring 2023.
3rd Place on the Leaderboard - unitaryHack 2024
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UnitaryHack 2024 organized by the UnitaryFund. Contributed to Braket.jl, BraketSimulator, and Piccolo.jl.
blogs
Neutral Atom Quantum Computing Permalink
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Advancing Neutral Atom Quantum Computing: Unleashing the Potential of Alkaline-Earth Atoms and Beyond Permalink
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Superconducting Quantum Computing Permalink
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Photonic Quantum Computing Permalink
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Silicon-based Quantum Computing Permalink
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Quantum Materials Permalink
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Topological Quantum Computing Permalink
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Trapped-Ion Quantum Computing Permalink
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Constructor Theory of Information and Its Application in Hybrid Quantum Systems Permalink
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courses
Bayesian Statistics: Time Series Analysis
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Game Theory by Stanford Online
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Introduction to Philosophy
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FPGA Computing Systems: A Bird’s Eye View
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QBronze
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QNickel: Quantum Algorithms and Programming
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Quantum Key Distribution
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Quantum Error Correction
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Quantum Computing Hardware
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projects
16-Bit Microprocessor in VHDL
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publications
SoC-Based Implementation of 1D Convolutional Neural Network for 3-Channel ECG Arrhythmia Classification via HLS4ML
Published in IEEE Embedded Systems Letters, 2024
This paper presents a SoC-based implementation of a 1-D convolutional neural network (1-D CNN) for 3-channel ECG arrhythmia classification using HLS4ML. It demonstrates the benefits of quantization-aware training (QAT) and high-level synthesis (HLS) in reducing power consumption while maintaining competitive performance metrics, offering an efficient, low-latency, and cost-effective solution for real-time ECG monitoring.
Recommended citation: Ahmad, F., & Zafar, S. (2024). "SoC-Based Implementation of 1-D Convolutional Neural Network for 3-Channel ECG Arrhythmia Classification via HLS4ML." IEEE Embedded Systems Letters, 16(4), 429-432. doi: 10.1109/LES.2024.3354081 https://ieeexplore.ieee.org/abstract/document/10399904