Media Summary: Talk from Kyiv.py (Django birthday special edition) Tutorial on making a real-time capacitance meter using the Frequency Response Analyzer (formerly called the Bode Analyzer). Simulating famously unsolvable physics problems, using my own numeric ODE solver in

Max Klymyshyn Transducers And Python Rus - Detailed Analysis & Overview

Talk from Kyiv.py (Django birthday special edition) Tutorial on making a real-time capacitance meter using the Frequency Response Analyzer (formerly called the Bode Analyzer). Simulating famously unsolvable physics problems, using my own numeric ODE solver in Done with collocated simple algorithm and RK2 and 4th order Adams-Bashforth time stepping Domain size: 1m x 5m Grid layout: ... This tutorial covers the basics of interacting with instruments through

Photo Gallery

Max Klymyshyn  - Transducers and Python (rus)
Max Klymyshyn - Django without Django
Capacitance Meter with Python and Moku:Lab - Tutorial
Writing a Numeric Solver in Python
Transient backward facing step Re=300, fluid simulation (Python)
Programming scientific instruments in Python - Part 1
From model weights to API endpoint with TensorRT LLM: Philip Kiely and Pankaj Gupta
Lecture B4
View Detailed Profile
Max Klymyshyn  - Transducers and Python (rus)

Max Klymyshyn - Transducers and Python (rus)

Talk of @maxmaxmaxmax from Kyiv.py#14.

Max Klymyshyn - Django without Django

Max Klymyshyn - Django without Django

Talk from Kyiv.py#15 (Django birthday special edition)

Capacitance Meter with Python and Moku:Lab - Tutorial

Capacitance Meter with Python and Moku:Lab - Tutorial

Tutorial on making a real-time capacitance meter using the Frequency Response Analyzer (formerly called the Bode Analyzer).

Writing a Numeric Solver in Python

Writing a Numeric Solver in Python

Simulating famously unsolvable physics problems, using my own numeric ODE solver in

Transient backward facing step Re=300, fluid simulation (Python)

Transient backward facing step Re=300, fluid simulation (Python)

Done with collocated simple algorithm and RK2 and 4th order Adams-Bashforth time stepping Domain size: 1m x 5m Grid layout: ...

Programming scientific instruments in Python - Part 1

Programming scientific instruments in Python - Part 1

This tutorial covers the basics of interacting with instruments through

From model weights to API endpoint with TensorRT LLM: Philip Kiely and Pankaj Gupta

From model weights to API endpoint with TensorRT LLM: Philip Kiely and Pankaj Gupta

TensorRT-LLM is the

Lecture B4

Lecture B4

Electrochemical