GitHub

how-can-i-use-python-and-scipy-to-perform-a-fast-fourier-transform.md

The Fast Fourier Transform (FFT) is a powerful tool for analyzing signals in the frequency domain. Python and SciPy provide an easy way to perform FFTs. To use SciPy, the following code can be used: ...
BIOENGINEER

Free Web Tool Brings Powerful NMR Data Analysis to Any Browser

Brazilian researchers have launched a free, browser-based WebApp that performs the mathematically demanding inverse Laplace ...
GitHub

how-can-i-use-python-and-scipy-to-perform-a-short-time-fourier-transform.md

The Short-Time Fourier Transform (STFT) is a powerful tool for analyzing non-stationary signals. It can be used to analyze the frequency components of a signal over short intervals of time. Python and ...

Adding Flesh to the 'Beep' — How the Bass, Drums, Pads, and Riffs Were Made [CODE & CHORD #2]

Hello, I'm Nai.Last time, I ended by playing a 440Hz square wave 'beep' for one second and asking, 'Can you really make music ...
aws.amazon

AWS Transform - continuous modernization

Transform your industry with AWS cloud solutions. Access proven architectures, compliance guides, and success stories of customers using AWS products tailored to your sector. Explore AWS solutions for ...

「ファミコンっぽい」を卒業する ― 残響、5分の曲、そして本物の音【CODE & CHORD #3】

こんにちは、Naiです。 前回は、ベース、ドラム、パッド、リフまで作った。33秒のループが、もう「曲の一部」に聞こえるところまで来た。 でも、FRIDAY(俺の音楽担当のAI)に、参考曲と数字で並べてもらうと、足りないものがはっきりしていた。音が、何もない空間に浮いている。 今回は、その「空間」を作るところから始める。そして、33秒のループを5分の曲に伸ばして、最後に俺がFRIDAYにぶつけた質問 ...