Reverse Dependencies of osqp

The following projects have a declared dependency on osqp:

• airgen — Aerial robotics simulator
• cvxportfolio — Portfolio optimization and back-testing.
• cvxpy — A domain-specific language for modeling convex optimization problems in Python.
• designer2 — designerV2
• disropt — DISROPT: a python framework for distributed optimization
• FDGI — A package for spectral-domain ghost imaging
• GloPel — Global Analysis of PELDOR time traces
• greykite — A python package for flexible forecasting
• ibm-metrics-plugin — IBM Watson OpenScale Metrics library
• micom — Microbial community modeling based on cobrapy.
• mouette — Mesh, Tools and Geometry Processing
• ncopt — Constrained optimization for Pytorch using the SQP-GS algorithm.
• nullspace-optimizer — Null space algorithm for nonlinear constrained optimization
• oae — Optimal Action Extraction for Random Forests and Boosted Trees
• portpy — First open-source radiation treatment planning system in Python
• pycollimator — Collimator.ai core simulation engine and API client
• pygranso-cpu — PyGRANSO: A PyTorch-enabled port of GRANSO with auto-differentiation
• pyoptas — An optimization-based task specification library for task and motion planning (TAMP), trajectory optimization, and model predictive control.
• python-mpc — MPC package for python
• qarray — Qarray, a GPU accelerated quantum dot array simulator, leveraging parallelised Rust and JAX XLA acceleration
• qpsolvers — Quadratic programming solvers in Python with a unified API.
• qpsolvers_benchmark — Benchmark for quadratic programming solvers available in Python.
• randd — A Python Library for Video Codec Comparison.
• RT-Congestion-Control — Implement exogenous peer to peer algorithm for Real time Congestion Control in distribution networks
• scikit-lego — A collection of lego bricks for scikit-learn pipelines
• scikit-survival — Survival analysis built on top of scikit-learn
• sco-py — A Sequential Convex Optimization library for solving non-convex optimization problems. Intended for use with the OpenTAMP planning system.
• screwmpcpy — Dual Quaternion based MPC generating screw motion for n-DOF robot arm.
• singletrader — a package for backtesting and factor analysis
• skrewmpcpy — Dual Quaternion based MPC generating skrew motion for n-DOF robot arm.
• spectrochempy — Processing, analysis and modelling Spectroscopic data for Chemistry with Python
• tyba-cvxpy — A domain-specific language for modeling convex optimization problems in Python.
• velocity-optimization — Optimizes (Maximizes) the velocity profile for a vehicle respecting physical constraints and runtime-variable input parameters.