AGH University of science and technology - Computational methods in science and technology Labs - Solutions
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Updated
Apr 2, 2019 - Jupyter Notebook
AGH University of science and technology - Computational methods in science and technology Labs - Solutions
Python implementations of classic approximations of functions
A Python client for SplineCloud API
Correctly computed entropy, mutual information, surprisal, KL divergence, all-in-one module.
MTSR: Multiresolution Time Series Representation
Application for analyzing the tracheid traits and their interconnections with climate data.
Approximate Logic Synthesis and Bi-Decomposition of Sum Of Products forms
Multivariate Normal Hermite-Birkhoff Uniform Smoothing Splines in Julia
Part of my PhD project on optimal controller and actuator design for nonlinear models is discussed here. For full discussion please see my PhD thesis:
A library for doing approximate comparisons of finite precision numbers.
An N-Queens solver implemented using a genetic algorithm, providing efficient heuristic solution.
Website for STAMINA, the STochiastic Approximate (CTMC/DTMC) Model-checker for INfinite-state Analyis
Generates MinMax polynomial approximations of functions. Stable implementation of the Remez Algorithm using multi-precision arithmetic. Also does C/C++ code generation!
Holtsmark Distribution Numeric Computation Memo
An ES6 attempt to implement the famous Buffon's needle experiment.
Seminar project at FER led by Assistant Professor Marko Čupić
A compression library in Rust with focus on scientific data.
This is a very basic, parallelised, pi approximator. The Algorithm used is fully described in the readme.
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