A curated archive of peer-reviewed works and scholarly projects
Welcome to my personal research portfolio — a living, open-access archive of peer-reviewed articles, journal contributions, datasets, and academic projects freely available for scholarly engagement.
This paper presents a novel framework for achieving fault-tolerant consensus across geographically distributed systems, addressing the fundamental limitations of existing Paxos and Raft variants under partial network partition conditions. Through empirical analysis across 12 cloud providers, we demonstrate a 37% reduction in convergence latency.
T-GNN architecture combining temporal attention with heterogeneous graph construction for millisecond-latency fraud detection across live transaction feeds.
Routing-aware sparse MoE model optimised for resource-constrained IoT edge devices, achieving 94.2% of cloud-model accuracy at 8% compute cost.
Comprehensive analysis of WASM as a sandboxed runtime across 80 benchmark applications, evaluating throughput, isolation and binary portability.
Peer-reviewed international journal covering distributed architectures, cloud-native patterns, and network consensus protocols.
High-impact IEEE journal publishing advances in neural architectures, graph learning, and intelligent system design.
Premier venue for web technologies, WebAssembly, browser engineering, and large-scale distributed web systems.
Diamond open-access journal for reproducible, methodology-rigorous computer science and software engineering research.
Every article, dataset, and supplementary material is freely available. No paywalls. Knowledge should be free.
I am a researcher and developer working at the intersection of distributed systems, machine learning, and open web technologies. My work focuses on making complex systems more reliable, efficient, and understandable.
Through this platform, I share peer-reviewed publications, working papers, and technical projects — all open to the scholarly community for engagement, critique, and collaboration.