Reverse Dependencies of qpsolvers

The following projects have a declared dependency on qpsolvers:

• avalanche-lib — Avalanche: a Comprehensive Framework for Continual Learning Research
• basic-functions — very basic functions for data pre-processing and visualization
• cool-linear-solver — An easy going contrained linear solver with sparse methods and minimal effort
• dalib — A Library for Deep Domain Adaptation
• drivepathsolver — Use QP solver to optimize paths for robots
• GraFT-Python — Python implementation for the GraFT model presented in https://pubmed.ncbi.nlm.nih.gov/35533160/
• ITMO-FS — Python Feature Selection library from ITMO University.
• learnware — The learnware package supports the submission, usability testing, organization, identification, deployment, and reuse of learnware.
• ltv-mpc — Linear time-variant model predictive control in Python.
• neura-roboticstoolbox — roboticstoolbox-python with Maira7M
• ocean-science-utils — Python package to interact with Sofar wave data
• pin-pink — Inverse kinematics for articulated robot models, based on Pinocchio.
• portfolioperformance — Tool to test the out-of-sample performance of portfolio optimization models
• pyrobolearn — A Python framework for roboticists and machine learning practitioners
• python-ldl — Label distribution learning (LDL) and label enhancement (LE) toolkit implemented in python.
• pytwoway — Estimate two way fixed effect labor models
• qpbenchmark — Benchmark for quadratic programming solvers available in Python.
• qpmpc — Linear time-variant model predictive control in Python.
• qpsolvers — Quadratic programming solvers in Python with a unified API.
• qpsolvers_benchmark — Benchmark for quadratic programming solvers available in Python.
• qpsolversbench — Evaluation of quadratic solvers using qpsolvers
• quantes — Convolution Smoothed Quantile and Expected Shortfall Regression
• robot-motion-program-opt — Robot Motion Program Optimization Package
• roboticstoolbox-python — A Python library for robotics education and research
• roguewave — Python package to interact with Sofar wave data
• roguewavespectrum — Python package that implements a spectral object for ocean surface gravity waves
• screwmpcpy — Dual Quaternion based MPC generating screw motion for n-DOF robot arm.
• tklpy — Python implementation of the Transfer Kernel Learning method developed by Long et. al. (2015).
• tsipy — Python package for processing TSI signals.
• upkie — Python module to control Upkie wheeled bipeds.
• upkie_locomotion — Real-time motion control for Python.
• vhip_light — Variable-height inverted pendulum balancing in Python.
• zetastitcher — ZetaStitcher is a tool designed to stitch large volumetric images such as those produced by Light-Sheet Fluorescence Microscopes.