Uljibuh Borjigin

Uljibuh Borjigin

@Uljibuh

αἰθήρ

GA
8
Followers
140
Following
47
Public Repos
0
Private Repos

Language Breakdown

Lines of code distribution across 30 owned repositories

28.7M Total LOC
Jupyter Notebook
28,450,191 lines
99.3%
N/A
Python
168,549 lines
0.6%
N/A
PowerShell
18,066 lines
0.1%
N/A
Roff
7,435 lines
0.0%
N/A
Shell
6,186 lines
0.0%
N/A
Other
5,119 lines
0.0%
N/A
I

I-Shaped Developer

I-shaped

Specialist — deep expertise in Jupyter Notebook

Jupyter Notebook
Python
PowerShell
Roff
Shell

Collaboration Network

Global Impact visualization

LIVE
Uljibuh Borjigin
0 active collaborators

Repos

47

PRs

0

Growth

+18%

Top Collaborators

No collaborator data yet.

Coding Streak

Contribution activity over the past year

1 day
125
Contributions
101
Commits
0
Pull Requests
Jun Jul Aug Sep Oct Nov Dec Jan Feb Mar Apr May Jun
Mo
We
Fr
Based on GitHub activity
Less
More

Top Repositories

My-Poems

My-Poems-in-Mongolian

0 0
Spherical-Autoencoder

This repository contains a PyTorch implementation of a 3D Spherical Autoencoder trained on the MNIST dataset. Unlike standard autoencoders that rely on an unbounded Cartesian latent space, this model constrains the learned representations strictly to the surface of a 3D unit sphere.

0 0
Jupyter Notebook
gd-vae

Geometric Dynamic Variational Autoencoders (GD-VAEs) for learning embedding maps for nonlinear dynamics into general latent spaces. This includes methods for standard latent spaces or manifold latent spaces with specified geometry and topology. The manifold latent spaces can be based on analytic expressions or general point cloud representations.

0 0
TeX
About-Vector-Fields-Geometry

Geometric intuition for vector calculus and Fourier analysis — gradients, divergence, curl, Helmholtz decomposition, and the relationship between vector fields, rotations, and frequency space.

0 0
velocity-vs-endpoint-flow-matching

Minimal PyTorch framework for comparing velocity and endpoint objectives in Conditional Flow Matching.

0 0
Jupyter Notebook
schmidhuber-problems

58 implementations of synthetic learning problems from Jürgen Schmidhuber's papers (1989-2025). Pure numpy, laptop-runnable, paper-comparison metrics per stub. Algorithmic-lineage companion to hinton-problems.

0 0
Python
Lie-Algebra-Notebook

Documenting my journey to understanding Lie Algebra, along with the resources that helped me learn.

0 0
Jupyter Notebook
About-Diffusion

A Journey to Understand Diffusion: Langevin sampling, Langevin Diffusion, ItoSDE

0 0
Jupyter Notebook
Modular-MoE-Flow-Matching

Official implementation of Modular Flow Matching. This framework leverages a Mixture of Experts (MoE) backbone to decompose complex vector fields into K independent, non-overlapping "programs.

0 0
Jupyter Notebook
Muzero-implementation-from-scratch

understand and implement Muzero from scratch, with notes.

0 0

Open Source Impact

Contributions to external projects

0 merged PRs

No external contributions found.