Publication
EMSOFT paper accepted
Our paper, “Understanding the Pitfalls of a Differentially Private Fixed-Priority Real-Time Scheduler,” was accepted at EMSOFT 2026.
Updates
Research, publication, academic, and professional updates from my work in real-time systems, cybersecurity, trustworthy AI, and cyber-physical systems.
Publication
Our paper, “Understanding the Pitfalls of a Differentially Private Fixed-Priority Real-Time Scheduler,” was accepted at EMSOFT 2026.
Academic Milestone
I successfully completed my Ph.D. preliminary examination at Washington State University and advanced to the next phase of my doctoral research.
Publication
Our work on optimizing confidential deep learning for real-time systems was published in ACM Transactions on Cyber-Physical Systems.
Professional Experience
I joined Pacific Northwest National Laboratory and worked on cyber vulnerability analysis, risk measurement, and vulnerability prioritization.
Academic Milestone
I successfully defended my M.S. thesis and completed the Master of Science degree in Computer Science at Washington State University.
Recognition
I received recognition from Washington State University’s Voiland College of Engineering and Architecture for my research contributions and academic progress.
Scholarship
I received the Alfred Suksdorf Memorial Scholarship from Washington State University’s Voiland College of Engineering and Architecture.
Publication
Our work on confidential deep neural network inference under real-time constraints was published and presented at the Euromicro Conference on Real-Time Systems.
Publication
Our work on a new covert timing channel in fixed-priority real-time multiframe tasks was published at ISORC 2024.
Publication
Our paper benchmarking modern natural language processing models on embedded devices was accepted at ICPE 2024.
Academic Milestone
I successfully passed my Ph.D. qualifying examination and continued progressing toward my doctoral research milestones.
Publication
Our survey paper, “Trusted Deep Neural Execution—A Survey,” was published in IEEE Access.
Academic Transition
I moved from Wichita State University to Washington State University to continue my Ph.D. studies and research.
Publication
My first research paper, on real-time scheduling of TrustZone-enabled deep neural network workloads, was accepted at CPSIoTSec 2022.
Academic Milestone
I began my Ph.D. journey in Computer Science at Wichita State University.
Professional Transition
I left Reckitt after three years of experience in manufacturing, production management, and industrial operations.
Career Milestone
I was promoted to Senior Production Officer at Reckitt, taking on increased responsibilities in production operations and manufacturing management.
Professional Experience
I joined Reckitt Benckiser Bangladesh Limited as a Production Officer and began working in manufacturing and industrial operations.
Professional Experience
I began my professional career at Abul Khair Steel Melting Limited as a Technical Management Trainee.
Academic Milestone
I completed my Bachelor of Science degree in Electrical and Electronic Engineering from Bangladesh University of Engineering and Technology.