List of Projects
| Sounding the Epigenome Data sonification web-app development in JavaScript for the AHRC-funded research project in collaboration with University of Birmingham, Universidad de Los Andes and the Centro Nacional de Las Artes in Bogotá, Columbia, and the Ligeti Quartet. |
2024 – present |
| NN Zones Combination hardware/software solution developed in Max/MSP for Eclipse sound installation, delivering audio processing and ambisonic spatialisation using a real-time, ultra-wideband indoor positioning system, machine learning, and an ESP32 microcontroller array |
2023 – present |
| AI listening Max/MSP patch designed using machine listening and machine learning in the FluCoMa toolkit, for the real-time exploration of multiple audio corpora according to real-time Mel Frequency Cepstral Coefficient analysis of any input signal |
2022 – present |
| Data-driven Corpus Playback Patch designed using a combination of supervised and unsupervised machine-learning objects in the FluCoMa toolkit, for the purpose of mapping cancer cell’s Protein/RNA fold-change data to traverse vectors for audio corpus playback |
2022 – present |
| Plotterz Max/MSP patch designed for the segmentation, analysis, live manipulation and playback of multiple corpora of audio files using the FluCoMa toolkit |
2022 – present |
| BrownMicro SuperCollider patch designed for the exploration of stochastic brownian patterns and microtonal synths |
2020 – present |
| Data-driven Ambisonic Spatializer and Modular Synth Modulator Max/MSP patch designed to produce data-driven Ambisonic spatialization and control voltages to modulate and spatialize modular synthesiser hardware, based on protein/RNA fold-change data in cancer cells |
2021 |
| Audio-reactive/Data-driven Animation Patch Max/MSP patch designed to produce live, audio-reactive and data-driven animations based on protein/RNA fold-change data in cancer cells |
2021 |
| Boing! SuperCollider patch designed to model mass-spring system behaviour in manipulation and playback of sampled audio |
2020 |
| Musical Model-based Sonification of Protein/RNA Fold-change Data A data-driven, audiovisual instrument for producing musical model-based sonifications of protein/RNA fold-change data in cancer cells, developed in Max/MSP |
2020 |
| Data-driven MIDI VST Synth Max/MSP patch functioning as an ensemble of instrumental + electronics, designed to produce a mix of data-driven instrumental and synthesised sonifications of protein/RNA fold-change data in cancer cells |
2019 |
| Modified, Data-driven cataRT Modifications made to IRCAM’s cataRT concatenative synthesis module in Max/MSP, for producing data-driven sonifications of protein/RNA fold-change data in cancer cells |
2019 |
| AddSynth Patch for generating experimental, Additive-synthesis-based, sonifications of protein/RNA fold-change data in cancer cells |
2018 |
| Data Handler Patch designed for inputting, traversing and categorising protein/RNA fold-change data in cancer cells |
2018 |
Milad Mardakheh 