Cubic spline approximation (smoothing)
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Updated
May 25, 2025 - Python
Cubic spline approximation (smoothing)
Fast and Accurate 3D PSF Computation for Fluorescence Microscopy
Generates MinMax polynomial approximations of functions. Stable implementation of the Remez Algorithm using multi-precision arithmetic. Also does C/C++ code generation!
A simple python module for approximating any sympy expression using the Taylor series and Chebyshev polynomials.
A Python repository for finding the densest subgraph in a undirected graph
Curl: Private LLMs through Wavelet-Encoded Look-Up Tables
A spline library written in Python.
Python bindings of approximate random variables
A Python module to compute multidimensional arrays of evaluated (orthogonal) functions.
A tool for computing approximative extinction coefficients
The code implementation of HPEC20 paper *LessMine: Reducing Sample Space and Data Access for Dense Pattern Mining*
Code for the Paper : Efficient block contrastive learning via parameter-free meta-node approximation
Tensorflow implementation of least squares approximation onto spherical harmonics basis.
Correctly computed entropy, mutual information, surprisal, KL divergence, all-in-one module.
Approximate infinite sums with controlled error.
Originally written to solve systems of integrodifferential equations via collocation method in an arbitrary number of variables. The current implementation of the method is based on a finite-dimensional orthogonal system of functions.
Compute an integer square root.
Python tool for approximate 3d points using Bspline surface
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