Senior C++ software engineer and PhD student in Computer Engineering. My work connects embedded Linux and networking, systems software, and experimental Wi-Fi sensing.
LinkedIn · ORCID · ResearchGate
My research focuses on wireless networking, Wi-Fi sensing, and embedded systems. My publications cover indoor ranging, obstruction classification, angle-estimation limits, transfer stability, and cooperative multi-AP sensing.
- Research software: ESP32 CSI/RSSI Experiment Toolkit and Environment Interference — reproducible capture, analysis, and radio-environment validation.
- Open experimental evidence: CWSlab, AutoCenter, and UGRR pilots — sanitized measurements with provenance, integrity checks, and explicit claim boundaries.
- Quantum-inspired computing: Shor algorithm variants — an educational C++/Q# implementation related to my published comparison.
My professional background spans C/C++, prplMesh and embedded Linux networking, automotive embedded software, and desktop tooling.
- Systems and devices: AeroRelay and measure_CO2_system — simulation-first Linux systems and Raspberry Pi/Android integration.
- Business software: SageStore and AutoCenterDesktop — Qt/SQLite applications for inventory, purchasing, sales, reporting, and labels.
- Libraries and tools: SageParser and ScreenshotCompare — data parsing and desktop monitoring utilities.
- Algorithms and graphics: pong_game, labyrinth_game, histogram equalization, and LeetCode solutions.
- Applied cryptography: CAST128, DSS, and Digital Envelope — educational demonstrations, not production cryptography.