Python

Reproducible Python pipeline for the IEEE Access paper "A Seven-Year Higher-Order Ambisonics Recording Corpus" - corpus-wide figures (geography, timeline, room acoustics, loudness, session inventory), LaTeX-macro generation for every numeric claim, and the peer-review bootstrap uncertainty analysis for the microphone-comparison results.

Reproducible Python pipeline for the AES 160 Convention paper "Zylia ZM-1 vs. Harpex Spcmic: A Case Study of Higher-Order Ambisonic Recording Performance" (Express Paper #51, Copenhagen 2026). Reads B-format WAV files, computes spectral, loudness, spatial-energy, and directional metrics, and emits LaTeX \newcommand macros for the manuscript.

This Python script generates an energy visualization video from an Ambisonic (ACN/SN3D) WAV file using precomputed k-NN inverse-distance weighting (IDW) onto a regular 2D grid, multiprocessing for per-frame computation, and direct ffmpeg streaming for efficient encoding.

Complete BLE GATT reverse-engineering of the Jabra Elite 10 Gen 2, mapping its head-tracking service and Google Fast Pair / FMDN authentication. Documents the full protocol, the toolchain used to obtain it, and why the orientation stream is gated by an account-key challenge. A thorough negative-result writeup for anyone attempting host-side access.

Automated Cartesian robot for remote microphone positioning in front of a guitar amplifier, controlled over OSC/UDP from a Python workstation.