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Pinned repositories
Repositories
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n-queens
The n-queens problem refers to the problem of placing n queens on an n*n chessboard, such that no two queens are able to attack each other.
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image-segmentation
Perform basic image segmentation using discrete quadratic models (DQM) and hybrid solvers.
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employee-scheduling
Schedule employees using a discrete quadratic model with a hybrid solver.
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hybrid-computing-notebook
Create and use hybrid workflows to solve problems. (Leap IDE support forthcoming.)
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structural-imbalance-notebook
Analyze the structural imbalance on a signed social network. (Leap IDE support forthcoming.)
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factoring-notebook
Factor numbers using a quantum computer. (Leap IDE support forthcoming.)
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knapsack
Implementation of knapsack problem, set up for scaling to large problem size
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maze
Simple example on how to construct a problem for a quantum computer
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map-coloring
Select the colors used on the different regions of a map
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satellite-placement
Group satellites into constellations such that their average observation coverage is maximized
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nurse-scheduling
A demo of a nurse scheduling model
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sudoku
Solve a Sudoku puzzle with a quantum computer
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antenna-selection
Demonstrate a max independent set problem with antennas
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graph-coloring
A demo of graph coloring using Leap's hybrid discrete quadratic model (DQM) solver.
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graph-partitioning-dqm
A demo of graph partitioning using Leap's hybrid discrete quadratic model (DQM) solver.
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mutual-information-feature-selection
Use mutual information to select features in a Titanic data set
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structural-imbalance
Demo for analyzing the structural imbalance on a signed social network.
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job-shop-scheduling
Determine a schedule for running a set of jobs
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clustering
Using a quantum computer to cluster data points
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template
A template for code examples on this account
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pipelines
A minimum vertex problem with pipelines
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circuit-fault-diagnosis
Find possible failing components on a circuit
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maximum-cut
Solve a max-cut problem using a quantum computer
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