Explore projects
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Kevin Haninger / GP-MPC Impedance Control
BSD 3-Clause "New" or "Revised" LicenseMPC problem where:
Gaussian Processes model forces, Impedance parameters and robot trajectory can be optimized, Multiple modes of GP models are supportedUpdated -
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Jupyter Notebooks für die Summer School Step Forward
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Fraunhofer IAO QC / SEQUOIA End-to-End / Quantum Circuit Learning
Apache License 2.0Please add a short project description.
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Fraunhofer IAO QC / SEQUOIA End-to-End / Configuration Selection and Prioritization using QAOA
Apache License 2.0This notebook illustrates using the Quantum Approximate Optimization Algorithm (QAOA) to find optimized configurations for feature models with attributed costs on a quantum computer.
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Fraunhofer IAO QC / SEQUOIA End-to-End / Scenario-based Route Planning to Safeguard Automotive Driving Functions
Apache License 2.0A demonstrator for the Sequoia End-to-End project which shows how scenario-based route planning to safeguard automotive driving functions can be implemented to run on a quantum computer
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Fraunhofer IAO QC / SEQUOIA End-to-End / Solving LamA Problem via MILP Model
Apache License 2.0Please add a short project description.
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Fraunhofer IAO QC / SEQUOIA End-to-End / PDEs Solutions with Quantum Convolutional Neural Networks
Apache License 2.0Please add a short project description.
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Fraunhofer IAO QC / SEQUOIA End-to-End / Accelerating TSP Approximation
Apache License 2.0An alternative problem encoding for QAOA is used to accelerate cost function computation
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Fraunhofer IAO QC / SEQUOIA End-to-End / QC Network Resilience Analysis
Apache License 2.0The demonstrator shows the time evolution of a small network with failures.
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