Frequency Libraries

You can use multiple dimensional feature combinations, select different deep learning networks training, study various tasks in the audio field such as Classification, Separation, MIR etc. In the tim…

Framework to capture the dynamics of high-frequency limit order books. In this project I used machine learning methods to capture the high-frequency limit order book dynamics and simple trading strat…

Simplified Python Audio Features Extraction spafe requires: if you want to use the visualization module/ functions of spafe, you will need to install: Once you have the Dependencies installed, use on…

A collection of utilities for working with cryptocurrency APIs. Goal: Painless automated spread and target trading, account management, and data analysis. Accessing Coinbase to view accounts: Accessi…

IoT deployments just keep growing and one part of that significant grow is composed of millions of LPWAN (low-power wide-area network) sensors deployed at hundreds of cities (Smart Cities) around th…

Hi everyone! This is my respository where I store all my code and research within Quantitative Finance with the programming languages: C++, R and Python. Some of the things you can find here are trad…

Once installation has complete you will find the DSP notebooks in the Jupyter workspace directory 'rfsoc-studio/dsp-notebooks'. The folder will be named 'dsp-notebooks'.

This repository provides a simple python script for getting experience with common modulation techniques i.e. QAM, QPSK, and BPSK

Using Python to simulate multipath fading channel (b) Max excess delay 120 ns (c) Mean excess delay

This python code will detect the musical note present in a given instrument's audio file Here I have used the fast Fourier transformation method to convert time frames to frequency frames.now the mus…