Pinned Repositories
structural-imbalance
Demo for analyzing the structural imbalance on a signed social network.
dimod
A shared API for QUBO/Ising samplers.
docs
D-Wave Ocean Documentation
dwave-networkx
D-Wave Systems extension of the NetworkX Python package for graphs and graph algorithms.
dwave-system
An API for easily incorporating the D-Wave system as a sampler, either directly or through Leap's cloud-based hybrid samplers
dwavebinarycsp
Map constraint satisfaction problems with binary variables to binary quadratic models.
3d-bin-packing
Use a hybrid solver to use the minimum number of bins to pack items with different dimensions
anneal-schedule-notebook
Demonstrates configuring the annealing schedule on D-Wave quantum computers. (Leap IDE support forthcoming.)
antenna-selection
Demonstrate a max independent set problem with antennas
circuit-fault-diagnosis
Find possible failing components on a circuit
JoelPasvolsky's Repositories
JoelPasvolsky/antenna-selection
Demonstrate a max independent set problem with antennas
JoelPasvolsky/circuit-fault-diagnosis
Find possible failing components on a circuit
JoelPasvolsky/clustering
Using a quantum computer to cluster data points
JoelPasvolsky/demos
D-Wave Ocean code examples
JoelPasvolsky/diverse-solutions
JoelPasvolsky/dwave-greedy
Greedy binary quadratic model solvers.
JoelPasvolsky/dwave-neal
An implementation of a simulated annealing sampler for general Ising model graphs in C++ with a dimod Python wrapper.
JoelPasvolsky/dwave-tabu
Tabu solver for QUBOs
JoelPasvolsky/dwavebinarycsp
Map constraint satisfaction problems with binary variables to binary quadratic models.
JoelPasvolsky/dwavesystems_docs
Joel's fork of dwavesystems/docs
JoelPasvolsky/ev-charger-placement
Determine where to place new charging stations on a map based on locations of existing charging stations and points of interest.
JoelPasvolsky/factoring
Factor numbers using a quantum computer
JoelPasvolsky/graph-coloring
A demo of graph coloring using Leap's hybrid discrete quadratic model (DQM) solver.
JoelPasvolsky/graph-partitioning
Split a graph into two groups
JoelPasvolsky/graph-partitioning-dqm
A demo of graph partitioning using Leap's hybrid discrete quadratic model (DQM) solver.
JoelPasvolsky/knapsack
Implementation of knapsack problem, set up for scaling to large problem size
JoelPasvolsky/leapide-docs
LeapIDE documentation
JoelPasvolsky/map-coloring
Select the colors used on the different regions of a map
JoelPasvolsky/maximum-cut
Solve a max-cut problem using a quantum computer
JoelPasvolsky/maze
Simple example on how to construct a problem for a quantum computer
JoelPasvolsky/mutual-information-feature-selection
Use mutual information to select features in a Titanic data set
JoelPasvolsky/n-queens
Demonstrates how to formulate the n-queens problem as a QUBO, which we then solve using Leap’s hybrid solvers.
JoelPasvolsky/pipelines
A minimum vertex problem with pipelines
JoelPasvolsky/qboost-1
Solve a binary classification problem with Qboost
JoelPasvolsky/qbsolv
Qbsolv,a decomposing solver. https://qbsolv-joel.readthedocs.io/en/latest/
JoelPasvolsky/qosf.org
Web portal of Quantum Open Software Foundation
JoelPasvolsky/satellite-placement
Group satellites into constellations such that their average observation coverage is maximized
JoelPasvolsky/simple-ocean-programs
Examples of introductory Ocean programs and concepts.
JoelPasvolsky/structural-imbalance-demo
Demo for analyzing the structural imbalance on a signed social network.
JoelPasvolsky/sudoku
Solve a Sudoku puzzle with a quantum computer