Type of solver.
hybrid: Quantum-classical hybrid; typically one or more classical algorithms run on the problem while outsourcing to a quantum processing unit (QPU) parts of the problem where it benefits most.
Maximum number of biases, both linear and quadratic in total, accepted by the solver.
Maximum number of problem variables accepted by the solver.
Maximum allowed run time, in hours, that can be specified for the solver.
Minimum required run time, in seconds, the solver must be allowed to work on the given problem. Specifies the minimum time as a piecewise-linear curve defined by a set of floating-point pairs. The second element is the minimum required time; the first element in each pair is some measure of the problem, dependent on the solver: dummy
The minimum time for any particular problem is a linear interpolation calculated
on two pairs that represent the relevant range for the given measure of the
problem. For example, if minimum_time_limit for a hybrid BQM
solver were [[1, 0.1], [100, 10.0], [1000, 20.0]], then the minimum time
for a 50-variable problem would be 5 seconds, the linear interpolation of the
first two pairs that represent problems with between 1 to 100 variables.
For more details, see Ocean software’s samplers section for solver methods that calculate this parameter, and their descriptions.
List of the parameters supported for the solver.
Rate at which user or project quota is consumed for the solver as a ratio to QPU solver usage. Different solver types may consume quota at different rates.
Time is deducted from your quota according to:
See the Solver Usage Charges section for more information.
Indicates what problem types are supported for the solver.
Version number of the solver.