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Execution utilities

MimiqCircuits.execute — Method
execute(connection, circuit[; kwargs...])

Execute a quantum circuit on the MIMIQ remote services.

The circuit is applied to the zero state and the resulting state is measured via sampling. Optionally amplitudes corresponding to few selected bit states (or bitstrings) can be returned from the computation.

Keyword Arguments

  • label::String: mnemonic name to give to the simulation, will be visible on the web interface
  • algorithm: algorithm to use by the compuation. By default "auto" will select the fastest algorithm between "statevector" or "mps".
  • nsamples::Integer: number of times to sample the circuit (default: 1000, maximum: 2^16)
  • bitstrings::Vector{BitString}: list of bit states to compute the amplitudes for (default: BitString[])
  • timelimit: number of minutes before the computation is stopped (default: 5 minutes)
  • bonddim::Int: bond dimension for the MPS algorithm (default: 256, maximum: 4096)
  • entdim::Int: parameter to control pre compression of the circuit. Higher value makes simulations slower. (default: 16, minimum:4, maximum: 64)
  • seed::Int: a seed for running the simulation (default: random seed)
source
MimiqCircuits.executeqasm — Method
executeqasm(connection, qasmfilepath[, incfilepath[, incfilepath[, ...]]][; kwargs...])

Execute a quantum circuit on the MIMIQ remote services.

Optionally, additional include files can be provided to the computation. These will be used instead of the default ones provided (and cached) by the service. NOTE: Including standard files such as 'qelib1.inc' is not necessary, and might lead to slower computation.

The circuit is applied to the zero state and the resulting state is measured via sampling. Optionally amplitudes corresponding to few selected bit states (or bitstrings) can be returned from the computation.

Keyword Arguments

  • label::String: mnemonic name to give to the simulation, will be visible on the web interface
  • algorithm: algorithm to use by the compuation. By default "auto" will select the fastest algorithm between "statevector" or "mps".
  • nsamples::Integer: number of times to sample the circuit (default: 1000, maximum: 2^16)
  • bitstrings::Vector{BitString}: list of bit states to compute the amplitudes for (default: BitString[])
  • timelimit: number of minutes before the computation is stopped (default: 5 minutes)
  • bonddim::Int: bond dimension for the MPS algorithm (default: 256, maximum: 4096)
  • entdim::Int: parameter to control pre compression of the circuit. Higher value makes simulations slower. (default: 16, minimum:4, maximum: 64)
  • seed::Int: a seed for running the simulation (default: random seed)
source
MimiqCircuits.getresults — Method
getresults(connection, execution; kwargs...)

Block until the given execution is finished and return the results.

Keyword Arguments

  • interval: time interval in seconds to check for job completion (default: 1)
source