Pinned Repositories
active-noise-cancellation
Active noise cancellation using various algorithms (FxLMS, FuLMS, NLMS) in Matlab, VST and C
Active-Noise-Control-System
Feedforward Active Noise Control System with FxLMS (Jun, 2017)
Adaptive-Algorithm-for-Noise-Cancellation
The design is proposed to get a signal with reduced noise at low frequency. The parameters used here are to simplify the computation and enhance the filtering capability using feed forward Adaptive filter. The filter follows causality so as to control maximum noise reduction and attenuation bandwidth. Systematic analysis is computed to predict noise performance. This methodology uses two 24 tap filter, an FIR filter, and white noise to produce efficient output. Desirable length of the filter is chosen to reduce Hardware complexity. Filter follow a sequential structure to save resources and clock cycles. Two adaptive filters are cascaded to maintain causality. An FxLMS algorithm is proposed in which filter coefficients vary as they update weight functions to the signal to make the system stable.
cores
Various HDL (Verilog) IP Cores
crossthewall
DOA
DOA
ece5760
labs for ECE 5760
ECE5760_Epiphyte
Let's graduate
ECE5760Projects
ECE5760Projects
esp32-i2s-mems
Using an I2S MEMS microphone on an ESP32
TomDuo's Repositories
TomDuo/active-noise-cancellation
Active noise cancellation using various algorithms (FxLMS, FuLMS, NLMS) in Matlab, VST and C
TomDuo/Active-Noise-Control-System
Feedforward Active Noise Control System with FxLMS (Jun, 2017)
TomDuo/Adaptive-Algorithm-for-Noise-Cancellation
The design is proposed to get a signal with reduced noise at low frequency. The parameters used here are to simplify the computation and enhance the filtering capability using feed forward Adaptive filter. The filter follows causality so as to control maximum noise reduction and attenuation bandwidth. Systematic analysis is computed to predict noise performance. This methodology uses two 24 tap filter, an FIR filter, and white noise to produce efficient output. Desirable length of the filter is chosen to reduce Hardware complexity. Filter follow a sequential structure to save resources and clock cycles. Two adaptive filters are cascaded to maintain causality. An FxLMS algorithm is proposed in which filter coefficients vary as they update weight functions to the signal to make the system stable.
TomDuo/cores
Various HDL (Verilog) IP Cores
TomDuo/crossthewall
TomDuo/DOA
DOA
TomDuo/ece5760
labs for ECE 5760
TomDuo/ECE5760_Epiphyte
Let's graduate
TomDuo/ECE5760Projects
ECE5760Projects
TomDuo/esp32-i2s-mems
Using an I2S MEMS microphone on an ESP32
TomDuo/esp32_SoundRecorder
ESP32 Sound recorder with simple code in arduino-esp32. (I2S interface)
TomDuo/FPGA-Speech-Recognition
Expiremental Speech Recognition System using VHDL & MATLAB.
TomDuo/FrostLCMV
Attempt at writing a LCMV Beamformer based on Frosts 1972 paper
TomDuo/hdl
HDL libraries and projects
TomDuo/HELLOWORLD
LearnTest
TomDuo/mbed-HDK-Eagle-Projects
Collection of Eagle projects for targets, interfaces, shields and more
TomDuo/Microphone_fpga
Design and Implementation of Microphone Array using Spartan-6
TomDuo/mvdr_beamformer
TomDuo/pp4fpgas
Parallel Programming for FPGAs -- An open-source high-level synthesis book
TomDuo/pp4fpgas-cn
中文版 Parallel Programming for FPGAs
TomDuo/rfid
Arduino RFID Library for MFRC522
TomDuo/Sound_Localization_Algorithms
Classical algorithms of sound source localization with beamforming, TDOA and high-resolution spectral estimation.
TomDuo/Spectrum
Spectrum analyzer system using a 512-point FFT, in a Cyclone IV FPGA. Reads i2s audio from the codec and then does all FFT/VGA functions. Nios just reads the FFT result and draws the display bars. VGA frame buffer on-chip. VGA signals generated on-chip. See the included video files to watch it in action.