Victoria Goliber's repositories
employee-scheduling-1
Schedule employees using a discrete quadratic model with a hybrid solver.
opencv-ide-test
Testing using OpenCV in the D-Wave Leap IDE
problem-inspector-embedding
Explore different embeddings using the Problem Inspector.
satellite-placement
Group satellites into constellations such that their average observation coverage is maximized
map-coloring
Select the colors used on the different regions of a map
truck-packing
An example of assigning packages to delivery trucks without exceeding the size or weight capacity of the truck.
graph-coloring
A demo of graph coloring using Leap's hybrid discrete quadratic model (DQM) solver.
simple-ocean-programs
Examples of introductory Ocean programs and concepts.
immunization-strategy
Find the minimal number of immunization doses required to break the transmission cycle of a virus or infectious disease within a population. Solved using the LeapHybridCQMSampler.
airline-hubs
Determine which airports should be hub locations for an airline. Solved using the LeapHybridCQMSampler.
antenna-selection
Demonstrate a max independent set problem with antennas
graph-partitioning-dqm
A demo of graph partitioning using Leap's hybrid discrete quadratic model (DQM) solver.
reservoir-management
Manage water levels in a reservoir by controlling water pumps.
ev-charger-placement
Determine where to place new charging stations on a map based on locations of existing charging stations and points of interest.
graph-partitioning
Split a graph into two groups
cqm-bqm-exercises
A student exercise.
pytorch-ide-test
Testing running pytorch inside D-Wave's Leap IDE
MIRP_benchmarking
Run problems from MIRPLib on D-Wave quantum annelaer
anneal-schedules
Basic examples of using anneal schedules
portfolio-optimization-1
Solve different formulations of the portfolio optimization problem.
image-segmentation-1
Perform basic image segmentation using discrete quadratic models (DQM) and hybrid solvers.
social-networks
An exercise in scaling a problem for the hybrid BQM solver.
solvers-jupyter-notebooks
A collection of jupyter notebooks to explore some of D-Wave's solvers.
n-queens
Demonstrates how to formulate the n-queens problem as a QUBO, which we then solve using Leap’s hybrid solvers.
points-on-maps
Use geopandas to add points to maps using lat/long coordinates
nurse-scheduling
A demo of a nurse scheduling model
python-prep
Practice your Python skills with this review exercise.
embedding-pictures
A demonstration of embedding QUBOs using Ocean onto the D-Wave QPUs.
QuantumJSP
A heuristic approach on how to optimally schedule jobs using D-Wave's quantum computer