Reverse Dependencies of cvxopt

The following projects have a declared dependency on cvxopt:

• abslib — Library for working with algebraic bayesian networks
• acopoweropt — Ant Colony Power Systems Optimizer
• Alpha-Mind — no summary
• azapy — Financial Portfolio Optimization Algorithms
• bcells — Analysis of videos of cells with respect to their change in brightness over time.
• bfieldtools — Open-source Python software for magnetic field modeling
• biobss — A biological signal processing and feature extraction library.
• biosppy — A toolbox for biosignal processing written in Python.
• bonndit — The bonndit package contains the latest diffusion imaging tools developed at the University of Bonn.
• botiverse — botiverse is a chatbot library that offers a high-level API to access a diverse set of chatbot models
• btrack — A framework for Bayesian multi-object tracking
• Camael — Machine learing library
• camex — Computational Applied Mathematics EXamples
• causaltensor — Package for causal inference in panels
• ccs-fit — Fitting tools for repulsive two body interactions using curvature constrained splines.
• chompack — Library for chordal matrix computations
• constrainedlr — Constrained Linear Regression with sklearn-compatible API
• control — Python Control Systems Library
• conv-opt — High-level Python package for solving linear and quadratic optimization problems using multiple solvers
• cpraa — A checker for probabilistic abstract argumentation
• CRIkit2 — Hyperspectral imaging (HSI) processing and analysis platform (user interface, UI)
• cromosim — no summary
• cvxpy — A domain-specific language for modeling convex optimization problems in Python.
• cvxpy-base — A domain-specific language for modeling convex optimization problems in Python.
• deareis — A GUI program for analyzing, simulating, and visualizing impedance spectra.
• DeerLab — Comprehensive package for data analysis of dipolar EPR spectroscopy
• disropt — DISROPT: a python framework for distributed optimization
• dppy — DPPy is a Python library for exact and approximate sampling of Determinantal Point Processes.
• dragg-comp — no summary
• dtween — Digital Twin of an Organization realized with Action-Oriented Process Mining
• dynamo-release — Mapping Vector Field of Single Cells
• e01loss — A Python library for solving the exact 0-1 loss linear classification problem
• eaopack — A Framework for Optimizing Decentralized Portfolios and Green Supply
• EOSpython — A set of functions encompassing a centralized Earth Observation Satellite scheduling system
• evolufy — Investment Portfolio Optimization Library
• fancyimpute — Matrix completion and feature imputation algorithms
• FastRoot — no summary
• flame-twoc-a — Anomaly detection on scientific datasets
• flirt — Wearable Data Processing Toolkit
• flopt — A python Non-Linear Programming API with Heuristic approach
• fortitudo.tech — Investment and risk technologies maintained by Fortitudo Technologies.
• ftt — Financial Trading Tool (FTT) – is an asset management application that helps to make the right decision on time.
• FukuML — Simple machine learning library
• geoscilabs — geoscilabs
• GloPel — Global Analysis of PELDOR time traces
• google-vizier — Open Source Vizier: Distributed service framework for blackbox optimization and research.
• google-vizier-dev — Open Source Vizier: Distributed service framework for blackbox optimization and research.
• grakel — A scikit-learn compatible library for graph kernels
• grakel-dev — A scikit-learn compatible library for graph kernels
• graphkit-learn — A Python library for graph kernels, graph edit distances, and graph pre-images
• graspnetAPI — graspnet API
• Greenformer — Automatic Factorization package for PyTorch modules
• hellotest-eduardo — PyHydro package
• holisticai — Holistic AI Library
• horton-part — Molecular partitioning schemes used in computational chemistry
• hsbalance — Python tools for Practical Modeling and Solving High Speed Rotor Unbalance Problem
• hynet — An optimal power flow framework for hybrid AC/DC power systems.
• hypatia-py — An Operation and Planning Energy System Modelling Framework in Python
• hypatia-test — An Operation and Planning Energy System Modelling Framework in Python
• hypers — Hyperspectral data analysis and machine learning
• kernelquantifier — Quantification using Kernel Embedding and Random Fourier Features. On GPU and CPU.
• KMMTR — a transfer learning regression model based on Kernel Mean Matching (KMM) algorithm
• libmoon — Moon, Make MOO great again
• libNMF — Optimization and Regularization variants of NMF
• libtlda — Library of transfer learning and domain adaptation classifiers.
• lpsolvers — Linear programming solvers in Python with a unified API.
• luis1996 — my description
• luisito1996 — my description
• luisito19963 — my description
• machiavelli — Solver for the card game Machiavelli
• map-analyser — no summary
• mdla — Multivariate Dictionary Learning Algorithm
• mean-variance-portfolio — MV Port is a Python package to perform Mean-Variance Analysis. It provides a Portfolio class with a variety of methods to help on your portfolio optimization tasks.
• mercurius — Yet Another Portfolio Management Toolbox
• metano — metano - A Toolkit for Metabolic Network Analysis and Optimization
• mintpy — Miami INsar Time-series software in PYthon
• mistgen — minimum snap trajectory generator
• mkkm-mr — MKKM-MR Python Implementation
• MKLpy — A package for Multiple Kernel Learning scikit-compliant
• mliv — machine learning for instrumental variable (IV) regression
• ModelFlowIb — A tool to solve and manage dynamic economic models
• motiontrackerbeta — a GUI based, open-source motion tracking application
• msaf — Python module to discover the structure of music files
• msaf-test — Python module to discover the structure of music files
• mysvr — Support Vector Regression (SVR) package.
• nengo-bio — Dendritic Computation Primitives for Nengo
• neurokit — A Python Toolbox for Statistics and Signal Processing (EEG, EDA, ECG, EMG...).
• neurokit2 — The Python Toolbox for Neurophysiological Signal Processing.
• neurokit2cw — The Python Toolbox for Neurophysiological Signal Processing. Versão editada CardioWEB
• nextstrain-augur — A bioinformatics toolkit for phylogenetic analysis
• npnlp — NumPy and SciPy based nonlinear programming and optimization.
• npycvx — Converter from numpy to cvxopt.
• nullspace-optimizer — Null space algorithm for nonlinear constrained optimization
• oc-modes — One-class Classifier Dynamic Ensemble Selection for Multi-class problems
• ocean-science-utils — Python package to interact with Sofar wave data
• omniplot — To draw scientific plots easily
• opyrability — Process operability analysis in Python
• orsvm — SVM with Orthogonal Kernel functions of fractional order and normal
• oursolvers — Wrapper of optimization solvers
• PAMM — Processing analyze merge machine learning