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Resume (English only)
Academic Achievements
Published multiple academic papers covering areas such as FPGA acceleration, blockchain technology, and IoT security. Some of the papers include:
- 2023: Optimization Techniques for Hestenes-Jacobi SVD on FPGAs
- 2023: A Survey of Trusted Computing Solutions Using FPGAs
- 2023: Hybrid Anomaly Detection Model on Trusted IoT Devices
- 2022: A Short Study of Recent Smart Storage Solutions for OLAP: Lessons and Opportunities
- 2022: Always-trusted IoT -- Making IoT Devices Trusted with Minimal Overhead
- 2021: StreamChain: Building a Low-Latency Permissioned Blockchain For Enterprise Use-Cases
- 2021: In-Storage Computation of Histograms with Differential Privacy
- 2021: An Experimental Framework for Improving the Performance of BFT Consensus For Future Permissioned Blockchains
- 2021: The Case for Adding Privacy-Related Offloading to Smart Storage
- 2021: Software-Defined Data Protection: Low Overhead Policy Compliance at the Storage Layer is Within Reach! (Vision Paper)
- 2021: Very Short Primer on Blockchain Technology for Database Researchers (Part of a Tutorial at EDBT'21)
- 2020: Towards Improving the Performance of BFT Consensus For Future Permissioned Blockchains
- 2020: FPGA-Accelerated Analytics: From Single Nodes to Clusters
- 2020: Let’s Add Transactions to FPGA-based Key-Value Stores!
Research Experience
Currently affiliated with TU Darmstadt, supervising several PhD students. Previous research includes multiple projects and papers.
Background
Research Interests: How to use specialization to make distributed systems and data processing operations more efficient in the datacenter. Aims to achieve the goals described in the [NOPE Manifesto].