rctzeng

rctzeng's Stars

• microsoft/autogen

  A programming framework for agentic AI 🤖

  Language:Jupyter Notebook30.9k3751.6k4.5k

• google/or-tools

  Google's Operations Research tools:

  Language:C++11k3042.9k2.1k

• facebookresearch/seamless_communication

  Foundational Models for State-of-the-Art Speech and Text Translation

  Language:Jupyter Notebook10.8k1413471.1k

• jump-dev/JuMP.jl

  Modeling language for Mathematical Optimization (linear, mixed-integer, conic, semidefinite, nonlinear)

  Language:Julia2.2k851.5k393

• boazbk/tcs

  Book in preparation: introduction to theoretical computer science

  Language:TeX90634390182

• jmschrei/apricot

  apricot implements submodular optimization for the purpose of selecting subsets of massive data sets to train machine learning models quickly. See the documentation page: https://apricot-select.readthedocs.io/en/latest/index.html

  Language:Jupyter Notebook49793348

• JuliaGraphs/Graphs.jl

  An optimized graphs package for the Julia programming language

  Language:Julia4581518490

• facebookresearch/amortized-optimization-tutorial

  Tutorial on amortized optimization for learning to optimize over continuous domains

  Language:TeX2369012

• ds4dm/Tulip.jl

  Interior-point solver in pure Julia

  Language:Julia15483820

• YahooArchive/Optimal-LSH

  This package provides an efficient implementation of locality-sensitve hashing (LSH)

  Language:Matlab15321161

• tomgoldstein/phasepack-matlab

  A software library for solving phase retrieval problems, and comparing phase retrieval methods.

  Language:MATLAB1217740

• xdata-skylark/libskylark

  Sketching-based Distributed Matrix Computations for Machine Learning

  Language:Perl98184220

• mariohsouto/ProxSDP.jl

  Semidefinite programming optimization solver

  Language:Julia93103912

• jump-dev/Cbc.jl

  A Julia interface to the Coin-OR Branch and Cut solver (CBC)

  Language:Julia8199535

• ntamas/plfit

  Fitting power-law distributions to empirical data, according to the method of Clauset, Shalizi and Newman

  Language:C4782417

• mlubin/jlSimplex

  Proof-of-concept implementation of the (dual) simplex algorithm for linear programming in Julia.

  Language:Julia388011

• gwgundersen/randomized-svd

  Python implementation of randomized SVD

  Language:Python18224

• JuliaGraphs/GraphsMatching.jl

  Matching algorithms for Graphs.jl

  Language:Julia16653

• JuliaGraphs/SNAPDatasets.jl

  LightGraphs.jl-formatted graph files taken from the SNAP Datasets collection.

  Language:Julia16538

• rawls238/Bandits.jl

  Implementation of multi-armed bandits in Julia

  Language:Julia12335

• WenjianYu/rSVD-single-pass

  randomized SVD with single pass over data matrix

  106

• dourouc05/CombinatorialBandits.jl

  Implementation of several algorithms for combinatorial bandits, a kind of reinforcement learning.

  Language:Julia8353

• liusf15/sketching-svd

  Language:MATLAB61

• liyuan9988/LinGapE

  Language:Python610

• clreda/linear-top-m

  Top-m arm identification in linear bandit algorithms

  Language:Python3200

• ktrmnm/SFM

  Submodular function minimization algorithms

  Language:C++3301

• acristofari/fast-atvo

  Community detection in undirected graphs with non-negative weights

  Language:C++1100

• joymallyac/Springer_Graph_Paper

  This repo contains C code of some of the algorithms represented on the paper - https://link.springer.com/article/10.1007/s40747-018-0079-7

  Language:C10

• RaymZhang/TS_Combinatorial_Semi_Bandits_Curse

  Language:Jupyter Notebook1100

• tsuchhiii/fixed-budget-bai

  Minimax Optimal Algorithms for Fixed-Budget Best Arm Identification

  Language:Python1101