dqc_simulator.software

Everything needed to define, compile, and interpret quantum circuits on a distributed quantum computer.

This includes the capacity to parse openQASM 2.0 files for arbitrary monolithic quantum circuits, partition them then interpret them in a form the underlying NetSquid backend can understand or define pre-partitioned distributed quantum circuits and interpret those.

Todo

Could potentially change way control qubits are managed using :attr: ~netsquid.components.qmemory.MemoryPosition.in_use flag and corresponding pydynaa events. Could also make use of ~netsquid-qrepchain.processing_nodes.CommunicationMemoryManager. Finally, the modules related to parsing should potentially be moved.

Modules

• dqc_simulator.software.ast2dqc_circuit
• dqc_simulator.software.compiler_preprocessing
• dqc_simulator.software.compilers
  • QpuOps
  • find_consecutive_gate()
  • find_consecutive_remote_gates()
  • find_pairs()
  • find_qubit_node_pairs()
  • get_qubit_id()
  • order_pairs()
  • sort_greedily_by_node_and_time()
  • sort_many_qpus_greedily_by_node_and_time()
• dqc_simulator.software.dqc_circuit
  • DqcCircuit
• dqc_simulator.software.dqc_control
• dqc_simulator.software.link_layer
• dqc_simulator.software.partitioner
• dqc_simulator.software.physical_layer
• dqc_simulator.software.qasm2ast