A quantum computing emulation platform may be used to control operation of a quantum computing emulation device in performing, by analog electronic circuits within the device, a quantum computing exercise. The platform may include a master controller to determine an initial quantum state for the exercise, a number and sequence of gate operations to be applied in sets of execution runs, and a transformation type for each run, to define and allocate storage for data collection variables, to initiate performance of the exercise by the device, and to store results. The platform may include a set controller to prepare control values for the gate operations and to prepare the platform to collect results, and a run controller to provide the control values for each run to the device and record results. The control values may control switches on the device and program analog electronic circuits to perform particular gate operations.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method for controlling a quantum computing emulation device, comprising: receiving, via an input interface of a quantum computing emulation platform, input identifying a quantum computing exercise to be performed by analog electronic circuits within the quantum computing emulation device; determining, by a master controller of the quantum computing emulation platform dependent on the received input, a plurality of control values for programming, on the quantum computing emulation device, an initial quantum state for the quantum computing exercise, a number of gate operations to be applied to the initial quantum state in one or more sets of execution runs during performance of the quantum computing exercise, a transformation type for each execution run, and a sequence of one or more gate operations to be applied in each set of execution runs; defining, by the master controller of the quantum computing emulation platform, one or more data collection variables for the quantum computing exercise and allocating storage for the one or more data collection variables in a memory; initiating performance of the quantum computing exercise by the analog electronic circuits within the quantum computing emulation device, wherein the initiating comprises providing the control values to the quantum computing emulation device; and storing, by the master controller of the quantum computing emulation platform to the data collection variables, data collected from the quantum computing emulation device during performance of the quantum computing exercise. 2. The method of claim 1, wherein: the plurality of control values comprises a respective control value for controlling each of a plurality of switch type circuits on the quantum computing emulation device; the plurality of switch type circuits control selection of a number of qubits to be operated on, a particular one of the qubits to be operated on, or the initial quantum state for the quantum computing exercise. 3. The method of claim 2, wherein the plurality of control values further comprises a control value for controlling, for at least one of the qubits to be operated on, whether the quantum state of the qubit is represented in the frequency domain, in the time domain, or in both the frequency domain and the time domain. 4. The method of claim 1, wherein the plurality of control values comprises a plurality of gate coefficients for programming the analog electronic circuits to perform a particular one of a plurality of gate operations implemented on the quantum computing emulation device. 5. The method of claim 1, wherein: initiating performance of the quantum computing exercise comprises initiating performance of one or more operations, by a set controller of the quantum computing emulation platform, to prepare control values for one or more gate operations to be performed by the quantum computing emulation device during each execution run in each set of execution runs and to prepare the quantum computing emulation platform to collect results of the quantum computing exercise. 6. The method of claim 5, further comprising: initiating, by the set controller of the quantum computing emulation platform for each execution run, performance of one or more operations, by a run controller of the quantum computing emulation platform, to provide the control values for the one or more gate operations to be performed by the quantum computing emulation device during the execution run and to record results of the execution run in one or more of the data collection variables in the memory. 7. The method of claim 1, wherein: initiating performance of the quantum computing exercise comprises: defining one or more control variables for the quantum computing exercise and allocating storage for the one or more control variables in the memory; and storing the plurality of control values to the one or more control variables; and providing the control values to the quantum computing emulation device comprises playing out a portion of the control values stored in the one or more control variables to the quantum computing emulation device via a device interface of the quantum computing emulation platform. 8. A non-transitory, computer-readable medium storing instructions that when executed by a processor cause the processor to perform: receiving, via an input interface of a quantum computing emulation platform, input identifying a quantum computing exercise to be performed by analog electronic circuits within a quantum computing emulation device; determining, by a master controller of the quantum computing emulation platform dependent on the received input, a plurality of control values for programming, on the quantum computing emulation device, an initial quantum state for the quantum computing exercise, a number of gate operations to be applied to the initial quantum state in one or more sets of execution runs during performance of the quantum computing exercise, a transformation type for each execution run, and a sequence of one or more gate operations to be applied in each set of execution runs; defining, by the master controller of the quantum computing emulation platform, one or more data collection variables for the quantum computing exercise and allocating storage for the one or more data collection variables in a memory; initiating performance of the quantum computing exercise by the analog electronic circuits within the quantum computing emulation device, wherein the initiating comprises providing the control values to the quantum computing emulation device; and storing, by the master controller of the quantum computing emulation platform to the data collection variables, data collected from the quantum computing emulation device during performance of the quantum computing exercise. 9. The non-transitory, computer-readable medium of claim 8, wherein: the plurality of control values comprises a respective control value for controlling each of a plurality of switch type circuits on the quantum computing emulation device; the plurality of switch type circuits control selection of a number of qubits to be operated on, a particular one of the qubits to be operated on, or the initial quantum state for the quantum computing exercise. 10. The non-transitory, computer-readable medium of claim 9, wherein the plurality of control values further comprises a control value for controlling, for at least one of the qubits to be operated on, whether the quantum state of the qubit is represented in the frequency domain, in the time domain, or in both the frequency domain and the time domain. 11. The non-transitory, computer-readable medium of claim 8, wherein the plurality of control values comprises a plurality of gate coefficients for programming the analog electronic circuits to perform a particular one of a plurality of gate operations implemented on the quantum computing emulation device. 12. The non-transitory, computer-readable medium of claim 8, wherein: initiating performance of the quantum computing exercise comprises initiating performance of one or more operations, by a set controller of the quantum computing emulation platform, to prepare control values for one or more gate operations to be performed by the quantum computing emulation device during each execution run in each set of execution runs and to prepare the quantum computing emulation platform to collect results of the quantum computing exercise. 13. The non-transitory, computer-readable medium of claim 12, wherein when executed by the processor, the program instructions further cause the processor to perform: initiating, by the set controller of the quantum computing emulation platform for each execution run, performance of one or more operations, by a run controller of the quantum computing emulation platform, to provide the control values for the one or more gate operations to be performed by the quantum computing emulation device during the execution run and to record results of the execution run in one or more of the data collection variables in the memory. 14. The non-transitory, computer-readable medium of claim 8, wherein: initiating performance of the quantum computing exercise comprises: defining one or more control variables for the quantum computing exercise and allocating storage for the one or more control variables in the memory; and storing the plurality of control values to the one or more control variables; and providing the control values to the quantum computing emulation device comprises playing out a portion of the control values stored in the one or more control variables to the quantum computing emulation device via a device interface of the quantum computing emulation platform. 15. A system, comprising: a device interface to couple the system to a quantum computing emulation device, the quantum computing emulation device to include analog electronic circuits operable to emulate a plurality of quantum computing operations; an input interface to receive input identifying a quantum computing exercise to be performed by analog electronic circuits within the quantum computing emulation device; at least one processor; a memory storing program instructions that when executed by the processor implement a quantum computing emulation platform, wherein the quantum computing emulation platform comprises: a master controller to: determine, dependent on the received input, a plurality of control values operable to program, on the quantum computing emulation device, an initial quantum state for the quantum computing exercise, a number of gate operations to be applied to the initial quantum state in one or more sets of execution runs during performance of the quantum computing exercise, a transformation type for each execution run, and a sequence of one or more gate operations to be applied in each set of execution runs; define one or more data collection variables for the quantum computing exercise and allocate storage for the one or more data collection variables in the memory; initiate performance of the quantum computing exercise by the analog electronic circuits within the quantum computing emulation device, wherein to initiate performance of the quantum computing exercise, the master controller is to provide the control values to the quantum computing emulation device; and store, to the data collection variables, data collected from the quantum computing emulation device during performance of the quantum computing exercise. 16. The system of claim 15, wherein the quantum computing emulation platform further comprises: a set controller to: prepare control values for one or more gate operations to be performed by the quantum computing emulation device during each execution run in each set of execution runs; prepare the quantum computing emulation platform to collect results of the quantum computing exercise. 17. The system of claim 16, wherein the quantum computing emulation platform further comprises: a run controller to: provide the control values for the one or more gate operations to be performed by the quantum computing emulation device during the execution run; record results of the execution run in one or more of the data collection variables in the memory. 18. The system of claim 15, wherein the plurality of control values comprises: a respective control value operable to control each of a plurality of switch type circuits on the quantum computing emulation device; and a plurality of gate coefficients operable to program the analog electronic circuits to perform a particular one of a plurality of gate operations implemented on the quantum computing emulation device; the plurality of switch type circuits control selection of a number of qubits to be operated on, a particular one of the qubits to be operated on, or the initial quantum state for the quantum computing exercise. 19. The system of claim 15, wherein the input interface comprises a command line interface, a script-based interface, or a graphical user interface (GUI). 20. The system of claim 15, wherein: the quantum computing emulation platform further comprises: a simulator to simulate operation of the quantum computing emulation device; a simulator interface through which the master controller is to initiate performance of a quantum computing exercise by the simulator.