Explicit Estimation of Magnitude and Phase Spectra in Parallel for High-Quality Speech Enhancement
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Updated
May 19, 2025 - Python
Explicit Estimation of Magnitude and Phase Spectra in Parallel for High-Quality Speech Enhancement
Exact Quantum Fourier Transform (QFT) circuit generator and inverse QFT over n-qubit registers
Exact Quantum Fourier Transform (QFT) circuit generator and inverse QFT over n-qubit registers
Matlab user interface for the analysis of LFP and spike data from extracellular recordings supporting a variety of existing Python and Matlab tools.
Single-channel SSVEP BCI using FBCCA with phase feature integration. Improves accuracy from 62% to 65% on 40-target speller.
MATLAB implementation of circadian phase estimation from actigraphy (Van Someren & Nagtegaal, 2007, Sleep Medicine)
Adaptive phase estimation tooling built on Qiskit
4-qubit Quantum Fourier Transform (QFT): the quantum analogue of the discrete Fourier transform.
Hands-on Jupyter notebooks for learning quantum computing with Qiskit and IBM Quantum.
Reproducible reference implementations of landmark quantum computing papers, each validated against an independent classical oracle.
Notes on implementation of quantum phase estimation.
One estimation bound, four instruments: FBAR, FMCW radar, lidar and quantum-limited phase, in MATLAB and Simulink
Interferometric setup for estimating the binary expansion of an unknown phase.
[WIP] A tool for estimating the signal phase deviation
Estimate the eigenphase φ=1/8 of the T gate: U|ψ⟩=e^{i2πφ}|ψ⟩ using 3 counting qubits.
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