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igor-polev/README.md

Igor Polev

Applied mathematician working in experimental physics.

Education

  • MSc in general and applied physics (MIPT, 2011)
  • MSc in applied mathematics and cybernetics (Tver State University, 2000)

My work

Software engineer at the Joint Institute for Nuclear Research (JINR). Currently working on detector alignment for the BM@N experiment at the NICA accelerator complex.

What I do

  • numerical methods, simulation, processing of experimental data
  • high-performance computing on the NICA cluster
  • BM@N framework maintenance

Also interested in

Recent activities and personal interests, outside my professional field:

  • computer vision and desktop automation
  • cryptocurrency markets and blockchain internals
  • machine learning, mainly non-LLM neural networks

Repositories

  • BmnRoot — the reconstruction and simulation framework of the BM@N experiment, which I maintain as part of the team. C++17, ROOT, FairRoot.

  • align_new — my own part of it: track-based alignment of detector geometry.

  • klines-toolkit — continuous collection and analysis of Binance futures market data. Python, asyncio, SQLite, plotly, runs as a systemd service.

  • btc-address-generator — every Bitcoin address format derived from one secret, with the Bech32 path written by hand rather than taken from a library. C++17, libbitcoin-system, secp256k1, Qt6.

  • screen-vision-automation — desktop automation driven by real-time screen capture and pattern matching. C++17, CMake, vcpkg.

  • cli-benchmark — timing statistics for command-line programs, sequential or parallel runs, standard library only.

Open to part-time and project work, remote and asynchronous. Telegram

Pinned Loading

  1. klines-toolkit klines-toolkit Public

    Continuous Binance futures market-data collection and analysis: REST collector running as a systemd service, SQLite store, plotly tooling. Python.

    Python

  2. btc-address-generator btc-address-generator Public

    Bitcoin address derivation from a secret: WIF, P2PKH, P2SH and Bech32, with the Bech32 path implemented by hand. C++17, libbitcoin-system, secp256k1, Qt6, CMake.

    C++

  3. screen-vision-automation screen-vision-automation Public

    Desktop automation driven by real-time screen capture and graphics pattern matching. C++17, CMake, vcpkg, JSON-configured.

    C++ 1

  4. cli-benchmark cli-benchmark Public

    Timing statistics for command-line programs: repeated sequential or parallel runs, standard library only. Python.

    Python