Visualizzare il timing del circuito

Versioni dei pacchetti

Il codice in questa pagina è stato sviluppato usando i seguenti requisiti. Si consiglia di usare queste versioni o versioni più recenti.

qiskit[all]~=2.3.0
qiskit-ibm-runtime~=0.43.1

Oltre a visualizzare le istruzioni su un circuito, potresti voler visualizzare la pianificazione (scheduling) di un circuito usando il metodo timeline_drawer di Qiskit. Questa visualizzazione può aiutarti, ad esempio, a individuare rapidamente i tempi di inattività sui qubit. Tuttavia, questo metodo non restituisce risultati accurati per i circuiti dinamici. Per visualizzare lo scheduling dei circuiti dinamici, usa il metodo draw_circuit_schedule_timing, come descritto nella sezione Supporto di Qiskit Runtime.

Esempi

Per visualizzare un circuito pianificato, puoi chiamare questa funzione con un insieme di argomenti di controllo. La maggior parte dell'aspetto dell'immagine di output può essere modificata tramite un foglio di stile, ma non è obbligatorio.

Disegna con il foglio di stile predefinito

# Added by doQumentation — required packages for this notebook
!pip install -q qiskit qiskit-ibm-runtime

from qiskit import QuantumCircuit
from qiskit.visualization.timeline import draw
from qiskit.providers.fake_provider import GenericBackendV2
from qiskit.transpiler import generate_preset_pass_manager

qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)

backend = GenericBackendV2(5)

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

draw(isa_circuit, target=backend.target)

Disegna con un foglio di stile adatto al debug del programma

from qiskit import QuantumCircuit
from qiskit.visualization.timeline import draw, IQXDebugging
from qiskit.providers.fake_provider import GenericBackendV2
from qiskit.transpiler import generate_preset_pass_manager

qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)
qc.measure_all()

backend = GenericBackendV2(5)
pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)
draw(isa_circuit, style=IQXDebugging(), target=backend.target)

Puoi creare funzioni di generazione o di layout personalizzate e aggiornare un foglio di stile esistente con le funzioni personalizzate. In questo modo puoi controllare la maggior parte dell'aspetto dell'immagine di output senza modificare il codice sorgente del drawer dei circuiti pianificati. Consulta il riferimento API di timeline_drawer per altri esempi.

Supporto di Qiskit Runtime

Sebbene il timeline drawer integrato in Qiskit sia utile per i circuiti statici, potrebbe non riflettere con precisione il timing dei circuiti dinamici a causa di operazioni implicite come la diffusione (broadcasting) e la determinazione dei rami. Come parte del supporto per i circuiti dinamici, Qiskit Runtime restituisce informazioni accurate sul timing del circuito all'interno dei risultati del job, quando richiesto.

Note

• Questa è una funzione sperimentale. È in stato di anteprima ed è quindi soggetta a modifiche.
• Questa funzione si applica solo ai job del Sampler di Qiskit Runtime.
• Sebbene il tempo totale del circuito sia restituito nei metadati di "compilation", questo NON è il tempo usato per la fatturazione (quantum time).

Abilitare il recupero dei dati di timing

Per abilitare il recupero dei dati di timing, imposta il flag sperimentale scheduler_timing su True durante l'esecuzione del job con la primitiva.

from qiskit_ibm_runtime import QiskitRuntimeService, SamplerV2

service = QiskitRuntimeService()
backend = service.least_busy(operational=True, simulator=False)

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

sampler = SamplerV2(backend)
sampler.options.experimental = {
    "execution": {
        "scheduler_timing": True,
    },
}

sampler_job = sampler.run([isa_circuit])
result = sampler_job.result()

Accedere ai dati di timing del circuito

Quando richiesto, i dati di timing del circuito per ogni PUB vengono restituiti nei metadati del risultato del job, sotto ["compilation"]["scheduler_timing"]["timing"]. Questo campo contiene le informazioni grezze sul timing. Per visualizzare le informazioni sul timing, usa lo strumento di visualizzazione integrato, come descritto nella sezione Visualizzare i timing.

Usa il codice seguente per accedere ai dati di timing del circuito per il primo PUB:

job_result = sampler_job.result()
circuit_schedule = job_result[0].metadata["compilation"]["scheduler_timing"]
circuit_schedule_timing = circuit_schedule["timing"]

Comprendere i dati di timing grezzi

Sebbene il caso d'uso più comune sia visualizzare i dati di timing del circuito tramite il metodo draw_circuit_schedule_timing, può essere utile comprendere la struttura dei dati di timing grezzi restituiti. Questo può aiutarti, ad esempio, a estrarre informazioni in modo programmatico.

I dati di timing restituiti in ["compilation"]["scheduler_timing"]["timing"] sono una lista di stringhe. Ogni stringa rappresenta una singola istruzione su un canale ed è separata da virgole nei seguenti tipi di dati:

• Branch - Determina se l'istruzione si trova in un flusso di controllo (then / else) o in un ramo principale.
• Instruction - Il gate e il qubit su cui operare.
• Channel - Il canale a cui viene assegnata l'istruzione. Può essere uno dei seguenti:
  • Qubit x - Il canale di drive per il qubit x.
  • AWGRx_y (generatore di forma d'onda arbitraria per la lettura) - Usato dai canali di readout per comunicare durante la misurazione dei qubit. Gli argomenti x e y corrispondono rispettivamente all'ID dello strumento di readout e al numero del qubit.
• T0 - Il tempo di inizio dell'istruzione all'interno della pianificazione completa.
• Duration - La durata dell'istruzione, in unità di dt secondi, dove 1 dt = 1 ciclo di scheduling. Puoi trovare il valore dt di un backend usando backend.dt.
• Pulse - Il tipo di operazione a impulso utilizzata.

Esempio:

main,barrier,Qubit 0,7,0,barrier # A barrier on the main branch on qubit 0 at time 7 with 0 duration
main,reset_0,Qubit 0,7,64,play # A reset instruction on the main branch on qubit 0 at time 7 with duration 64 and a play operation
...

Visualizzare i timing

Con qiskit-ibm-runtime v0.43.0 o versioni successive, puoi visualizzare i timing dei circuiti. Per visualizzare i timing, devi prima convertire i metadati del risultato in fig usando il metodo draw_circuit_schedule_timing. Questo metodo restituisce una figura plotly, che puoi visualizzare direttamente, salvare in un file, o entrambe le cose. Per ulteriori informazioni sui comandi plotly da usare, consulta fig.show() e fig.write_image("<path.format>").

from qiskit_ibm_runtime.visualization import draw_circuit_schedule_timing

# Create a figure from the metadata
fig = draw_circuit_schedule_timing(
    circuit_schedule=circuit_schedule_timing,
    included_channels=None,
    filter_readout_channels=False,
    filter_barriers=False,
    width=1000,
)

# Uncomment the following line to display the figure
# fig.show(renderer="notebook")

# Save to a file
# fig.write_html("scheduler_timing.html")

Comprendere la figura generata

L'immagine dei dati di timing del circuito prodotta da draw_circuit_schedule_timing trasmette le seguenti informazioni:

• L'asse X è il tempo in unità di dt secondi, dove 1 dt = 1 ciclo di scheduling. Puoi trovare il valore dt di un backend usando backend.dt.
• L'asse Y è il canale (i canali vanno intesi come strumenti che emettono impulsi).
  • Receive channel - L'unico canale che non è uno strumento di per sé. È un'istruzione eseguita su tutti i canali che fanno parte di una procedura di comunicazione con l'hub in quel momento.
  • Qubit x - Il canale di drive per il qubit x.
  • AWGRx_y (generatore di forma d'onda arbitraria per la lettura) - Usato dai canali di readout per comunicare durante la misurazione dei qubit. Gli argomenti x e y corrispondono rispettivamente all'ID dello strumento di readout e al numero del qubit.
  • Hub - Controlla la diffusione (broadcasting).

Inoltre, ogni istruzione ha il formato X_Y, dove X è il nome dell'istruzione e Y è il tipo di impulso. Un tipo play applica impulsi di controllo, mentre un tipo capture registra lo stato del qubit. Puoi anche passare il mouse su ogni istruzione per ottenere maggiori dettagli. Ad esempio, la figura precedente mostra un impulso di controllo per il gate X applicato al qubit 10 a 1161 dt.

Esempio end-to-end

Questo esempio ti mostra come abilitare l'opzione, ottenere le informazioni di timing del circuito dai metadati e visualizzarle come immagine.

Per prima cosa, configura l'ambiente, definisci i circuiti e convertili in circuiti ISA, quindi definisci ed esegui i job.

from qiskit_ibm_runtime import SamplerV2, QiskitRuntimeService
from qiskit.circuit import QuantumCircuit, QuantumRegister, ClassicalRegister
from qiskit.transpiler import generate_preset_pass_manager

service = QiskitRuntimeService()
backend = service.least_busy(operational=True, simulator=False)

# Create a dynamic circuit

qubits = QuantumRegister(1)
clbits = ClassicalRegister(1)
qc = QuantumCircuit(qubits, clbits)
(q0,) = qubits
(c0,) = clbits

qc.h(q0)
qc.measure(q0, c0)
with qc.if_test((c0, 1)):
    qc.x(q0)
qc.measure(q0, c0)

# Convert to an ISA circuit for the given backend

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

# Generate samplers for backend targets
sampler = SamplerV2(backend)
sampler.options.experimental = {"execution": {"scheduler_timing": True}}

# Submit jobs
sampler_job = sampler.run([isa_circuit])
result = sampler_job.result()

print(
    f">>> {' Job ID:':<10}  {sampler_job.job_id()} ({sampler_job.status()})"
)

>>>  Job ID:    d5kk3cn853es738e01dg (DONE)

Successivamente, ottieni il timing della pianificazione del circuito:

# Get the circuit schedule timing
result[0].metadata["compilation"]["scheduler_timing"]["timing"]

'main,rz_0,Qubit 0,929,0,shift_phase\nmain,sx_0,Qubit 0,929,8,play\nmain,sx_0,Qubit 0,933,0,shift_phase\nmain,rz_0,Qubit 0,937,0,shift_phase\nmain,barrier,Qubit 0,937,0,barrier\nmain,barrier,Qubit 0,937,0,barrier\nmain,barrier,Qubit 1,937,0,barrier\nmain,barrier,Qubit 2,937,0,barrier\nmain,barrier,Qubit 3,937,0,barrier\nmain,barrier,Qubit 4,937,0,barrier\nmain,barrier,Qubit 5,937,0,barrier\nmain,barrier,Qubit 6,937,0,barrier\nmain,barrier,Qubit 7,937,0,barrier\nmain,barrier,Qubit 8,937,0,barrier\nmain,barrier,Qubit 9,937,0,barrier\nmain,barrier,Qubit 10,937,0,barrier\nmain,barrier,Qubit 11,937,0,barrier\nmain,barrier,Qubit 12,937,0,barrier\nmain,barrier,Qubit 13,937,0,barrier\nmain,barrier,Qubit 14,937,0,barrier\nmain,barrier,Qubit 15,937,0,barrier\nmain,barrier,Qubit 16,937,0,barrier\nmain,barrier,Qubit 17,937,0,barrier\nmain,barrier,Qubit 18,937,0,barrier\nmain,barrier,Qubit 19,937,0,barrier\nmain,barrier,Qubit 20,937,0,barrier\nmain,barrier,Qubit 21,937,0,barrier\nmain,barrier,Qubit 22,937,0,barrier\nmain,barrier,Qubit 23,937,0,barrier\nmain,barrier,Qubit 24,937,0,barrier\nmain,barrier,Qubit 25,937,0,barrier\nmain,barrier,Qubit 26,937,0,barrier\nmain,barrier,Qubit 27,937,0,barrier\nmain,barrier,Qubit 28,937,0,barrier\nmain,barrier,Qubit 29,937,0,barrier\nmain,barrier,Qubit 30,937,0,barrier\nmain,barrier,Qubit 31,937,0,barrier\nmain,barrier,Qubit 32,937,0,barrier\nmain,barrier,Qubit 33,937,0,barrier\nmain,barrier,Qubit 34,937,0,barrier\nmain,barrier,Qubit 35,937,0,barrier\nmain,barrier,Qubit 36,937,0,barrier\nmain,barrier,Qubit 37,937,0,barrier\nmain,barrier,Qubit 38,937,0,barrier\nmain,barrier,Qubit 39,937,0,barrier\nmain,barrier,Qubit 40,937,0,barrier\nmain,barrier,Qubit 41,937,0,barrier\nmain,barrier,Qubit 42,937,0,barrier\nmain,barrier,Qubit 43,937,0,barrier\nmain,barrier,Qubit 44,937,0,barrier\nmain,barrier,Qubit 45,937,0,barrier\nmain,barrier,Qubit 46,937,0,barrier\nmain,barrier,Qubit 47,937,0,barrier\nmain,barrier,Qubit 48,937,0,barrier\nmain,barrier,Qubit 49,937,0,barrier\nmain,barrier,Qubit 50,937,0,barrier\nmain,barrier,Qubit 51,937,0,barrier\nmain,barrier,Qubit 52,937,0,barrier\nmain,barrier,Qubit 53,937,0,barrier\nmain,barrier,Qubit 54,937,0,barrier\nmain,barrier,Qubit 55,937,0,barrier\nmain,barrier,Qubit 56,937,0,barrier\nmain,barrier,Qubit 57,937,0,barrier\nmain,barrier,Qubit 58,937,0,barrier\nmain,barrier,Qubit 59,937,0,barrier\nmain,barrier,Qubit 60,937,0,barrier\nmain,barrier,Qubit 61,937,0,barrier\nmain,barrier,Qubit 62,937,0,barrier\nmain,barrier,Qubit 63,937,0,barrier\nmain,barrier,Qubit 64,937,0,barrier\nmain,barrier,Qubit 65,937,0,barrier\nmain,barrier,Qubit 66,937,0,barrier\nmain,barrier,Qubit 67,937,0,barrier\nmain,barrier,Qubit 68,937,0,barrier\nmain,barrier,Qubit 69,937,0,barrier\nmain,barrier,Qubit 70,937,0,barrier\nmain,barrier,Qubit 71,937,0,barrier\nmain,barrier,Qubit 72,937,0,barrier\nmain,barrier,Qubit 73,937,0,barrier\nmain,barrier,Qubit 74,937,0,barrier\nmain,barrier,Qubit 75,937,0,barrier\nmain,barrier,Qubit 76,937,0,barrier\nmain,barrier,Qubit 77,937,0,barrier\nmain,barrier,Qubit 78,937,0,barrier\nmain,barrier,Qubit 79,937,0,barrier\nmain,barrier,Qubit 80,937,0,barrier\nmain,barrier,Qubit 81,937,0,barrier\nmain,barrier,Qubit 82,937,0,barrier\nmain,barrier,Qubit 83,937,0,barrier\nmain,barrier,Qubit 84,937,0,barrier\nmain,barrier,Qubit 85,937,0,barrier\nmain,barrier,Qubit 86,937,0,barrier\nmain,barrier,Qubit 87,937,0,barrier\nmain,barrier,Qubit 88,937,0,barrier\nmain,barrier,Qubit 89,937,0,barrier\nmain,barrier,Qubit 90,937,0,barrier\nmain,barrier,Qubit 91,937,0,barrier\nmain,barrier,Qubit 92,937,0,barrier\nmain,barrier,Qubit 93,937,0,barrier\nmain,barrier,Qubit 94,937,0,barrier\nmain,barrier,Qubit 95,937,0,barrier\nmain,barrier,Qubit 96,937,0,barrier\nmain,barrier,Qubit 97,937,0,barrier\nmain,barrier,Qubit 98,937,0,barrier\nmain,barrier,Qubit 99,937,0,barrier\nmain,barrier,Qubit 100,937,0,barrier\nmain,barrier,Qubit 101,937,0,barrier\nmain,barrier,Qubit 102,937,0,barrier\nmain,barrier,Qubit 103,937,0,barrier\nmain,barrier,Qubit 104,937,0,barrier\nmain,barrier,Qubit 105,937,0,barrier\nmain,barrier,Qubit 106,937,0,barrier\nmain,barrier,Qubit 107,937,0,barrier\nmain,barrier,Qubit 108,937,0,barrier\nmain,barrier,Qubit 109,937,0,barrier\nmain,barrier,Qubit 110,937,0,barrier\nmain,barrier,Qubit 111,937,0,barrier\nmain,barrier,Qubit 112,937,0,barrier\nmain,barrier,Qubit 113,937,0,barrier\nmain,barrier,Qubit 114,937,0,barrier\nmain,barrier,Qubit 115,937,0,barrier\nmain,barrier,Qubit 116,937,0,barrier\nmain,barrier,Qubit 117,937,0,barrier\nmain,barrier,Qubit 118,937,0,barrier\nmain,barrier,Qubit 119,937,0,barrier\nmain,barrier,Qubit 120,937,0,barrier\nmain,barrier,Qubit 121,937,0,barrier\nmain,barrier,Qubit 122,937,0,barrier\nmain,barrier,Qubit 123,937,0,barrier\nmain,barrier,Qubit 124,937,0,barrier\nmain,barrier,Qubit 125,937,0,barrier\nmain,barrier,Qubit 126,937,0,barrier\nmain,barrier,Qubit 127,937,0,barrier\nmain,barrier,Qubit 128,937,0,barrier\nmain,barrier,Qubit 129,937,0,barrier\nmain,barrier,Qubit 130,937,0,barrier\nmain,barrier,Qubit 131,937,0,barrier\nmain,barrier,Qubit 132,937,0,barrier\nmain,measure_0,Qubit 0,937,64,play\nmain,measure_0,Qubit 0,1001,72,play\nmain,measure_0,AWGR13_0,1048,240,capture\nmain,measure_0,Qubit 0,1073,64,play\nmain,barrier,Qubit 0,1484,0,barrier\nmain,barrier,Qubit 0,1484,0,barrier\nmain,barrier,Qubit 1,1484,0,barrier\nmain,barrier,Qubit 2,1484,0,barrier\nmain,barrier,Qubit 3,1484,0,barrier\nmain,barrier,Qubit 4,1484,0,barrier\nmain,barrier,Qubit 5,1484,0,barrier\nmain,barrier,Qubit 6,1484,0,barrier\nmain,barrier,Qubit 7,1484,0,barrier\nmain,barrier,Qubit 8,1484,0,barrier\nmain,barrier,Qubit 9,1484,0,barrier\nmain,barrier,Qubit 10,1484,0,barrier\nmain,barrier,Qubit 11,1484,0,barrier\nmain,barrier,Qubit 12,1484,0,barrier\nmain,barrier,Qubit 13,1484,0,barrier\nmain,barrier,Qubit 14,1484,0,barrier\nmain,barrier,Qubit 15,1484,0,barrier\nmain,barrier,Qubit 16,1484,0,barrier\nmain,barrier,Qubit 17,1484,0,barrier\nmain,barrier,Qubit 18,1484,0,barrier\nmain,barrier,Qubit 19,1484,0,barrier\nmain,barrier,Qubit 20,1484,0,barrier\nmain,barrier,Qubit 21,1484,0,barrier\nmain,barrier,Qubit 22,1484,0,barrier\nmain,barrier,Qubit 23,1484,0,barrier\nmain,barrier,Qubit 24,1484,0,barrier\nmain,barrier,Qubit 25,1484,0,barrier\nmain,barrier,Qubit 26,1484,0,barrier\nmain,barrier,Qubit 27,1484,0,barrier\nmain,barrier,Qubit 28,1484,0,barrier\nmain,barrier,Qubit 29,1484,0,barrier\nmain,barrier,Qubit 30,1484,0,barrier\nmain,barrier,Qubit 31,1484,0,barrier\nmain,barrier,Qubit 32,1484,0,barrier\nmain,barrier,Qubit 33,1484,0,barrier\nmain,barrier,Qubit 34,1484,0,barrier\nmain,barrier,Qubit 35,1484,0,barrier\nmain,barrier,Qubit 36,1484,0,barrier\nmain,barrier,Qubit 37,1484,0,barrier\nmain,barrier,Qubit 38,1484,0,barrier\nmain,barrier,Qubit 39,1484,0,barrier\nmain,barrier,Qubit 40,1484,0,barrier\nmain,barrier,Qubit 41,1484,0,barrier\nmain,barrier,Qubit 42,1484,0,barrier\nmain,barrier,Qubit 43,1484,0,barrier\nmain,barrier,Qubit 44,1484,0,barrier\nmain,barrier,Qubit 45,1484,0,barrier\nmain,barrier,Qubit 46,1484,0,barrier\nmain,barrier,Qubit 47,1484,0,barrier\nmain,barrier,Qubit 48,1484,0,barrier\nmain,barrier,Qubit 49,1484,0,barrier\nmain,barrier,Qubit 50,1484,0,barrier\nmain,barrier,Qubit 51,1484,0,barrier\nmain,barrier,Qubit 52,1484,0,barrier\nmain,barrier,Qubit 53,1484,0,barrier\nmain,barrier,Qubit 54,1484,0,barrier\nmain,barrier,Qubit 55,1484,0,barrier\nmain,barrier,Qubit 56,1484,0,barrier\nmain,barrier,Qubit 57,1484,0,barrier\nmain,barrier,Qubit 58,1484,0,barrier\nmain,barrier,Qubit 59,1484,0,barrier\nmain,barrier,Qubit 60,1484,0,barrier\nmain,barrier,Qubit 61,1484,0,barrier\nmain,barrier,Qubit 62,1484,0,barrier\nmain,barrier,Qubit 63,1484,0,barrier\nmain,barrier,Qubit 64,1484,0,barrier\nmain,barrier,Qubit 65,1484,0,barrier\nmain,barrier,Qubit 66,1484,0,barrier\nmain,barrier,Qubit 67,1484,0,barrier\nmain,barrier,Qubit 68,1484,0,barrier\nmain,barrier,Qubit 69,1484,0,barrier\nmain,barrier,Qubit 70,1484,0,barrier\nmain,barrier,Qubit 71,1484,0,barrier\nmain,barrier,Qubit 72,1484,0,barrier\nmain,barrier,Qubit 73,1484,0,barrier\nmain,barrier,Qubit 74,1484,0,barrier\nmain,barrier,Qubit 75,1484,0,barrier\nmain,barrier,Qubit 76,1484,0,barrier\nmain,barrier,Qubit 77,1484,0,barrier\nmain,barrier,Qubit 78,1484,0,barrier\nmain,barrier,Qubit 79,1484,0,barrier\nmain,barrier,Qubit 80,1484,0,barrier\nmain,barrier,Qubit 81,1484,0,barrier\nmain,barrier,Qubit 82,1484,0,barrier\nmain,barrier,Qubit 83,1484,0,barrier\nmain,barrier,Qubit 84,1484,0,barrier\nmain,barrier,Qubit 85,1484,0,barrier\nmain,barrier,Qubit 86,1484,0,barrier\nmain,barrier,Qubit 87,1484,0,barrier\nmain,barrier,Qubit 88,1484,0,barrier\nmain,barrier,Qubit 89,1484,0,barrier\nmain,barrier,Qubit 90,1484,0,barrier\nmain,barrier,Qubit 91,1484,0,barrier\nmain,barrier,Qubit 92,1484,0,barrier\nmain,barrier,Qubit 93,1484,0,barrier\nmain,barrier,Qubit 94,1484,0,barrier\nmain,barrier,Qubit 95,1484,0,barrier\nmain,barrier,Qubit 96,1484,0,barrier\nmain,barrier,Qubit 97,1484,0,barrier\nmain,barrier,Qubit 98,1484,0,barrier\nmain,barrier,Qubit 99,1484,0,barrier\nmain,barrier,Qubit 100,1484,0,barrier\nmain,barrier,Qubit 101,1484,0,barrier\nmain,barrier,Qubit 102,1484,0,barrier\nmain,barrier,Qubit 103,1484,0,barrier\nmain,barrier,Qubit 104,1484,0,barrier\nmain,barrier,Qubit 105,1484,0,barrier\nmain,barrier,Qubit 106,1484,0,barrier\nmain,barrier,Qubit 107,1484,0,barrier\nmain,barrier,Qubit 108,1484,0,barrier\nmain,barrier,Qubit 109,1484,0,barrier\nmain,barrier,Qubit 110,1484,0,barrier\nmain,barrier,Qubit 111,1484,0,barrier\nmain,barrier,Qubit 112,1484,0,barrier\nmain,barrier,Qubit 113,1484,0,barrier\nmain,barrier,Qubit 114,1484,0,barrier\nmain,barrier,Qubit 115,1484,0,barrier\nmain,barrier,Qubit 116,1484,0,barrier\nmain,barrier,Qubit 117,1484,0,barrier\nmain,barrier,Qubit 118,1484,0,barrier\nmain,barrier,Qubit 119,1484,0,barrier\nmain,barrier,Qubit 120,1484,0,barrier\nmain,barrier,Qubit 121,1484,0,barrier\nmain,barrier,Qubit 122,1484,0,barrier\nmain,barrier,Qubit 123,1484,0,barrier\nmain,barrier,Qubit 124,1484,0,barrier\nmain,barrier,Qubit 125,1484,0,barrier\nmain,barrier,Qubit 126,1484,0,barrier\nmain,barrier,Qubit 127,1484,0,barrier\nmain,barrier,Qubit 128,1484,0,barrier\nmain,barrier,Qubit 129,1484,0,barrier\nmain,barrier,Qubit 130,1484,0,barrier\nmain,barrier,Qubit 131,1484,0,barrier\nmain,barrier,Qubit 132,1484,0,barrier\nmain,broadcast,Hub,1048,436,broadcast\nmain,receive,Receive,1484,7,receive\nthen,x_0,Qubit 0,1499,8,play\nmain,barrier,Qubit 0,1516,0,barrier\nmain,barrier,Qubit 0,1516,0,barrier\nmain,barrier,Qubit 1,1516,0,barrier\nmain,barrier,Qubit 2,1516,0,barrier\nmain,barrier,Qubit 3,1516,0,barrier\nmain,barrier,Qubit 4,1516,0,barrier\nmain,barrier,Qubit 5,1516,0,barrier\nmain,barrier,Qubit 6,1516,0,barrier\nmain,barrier,Qubit 7,1516,0,barrier\nmain,barrier,Qubit 8,1516,0,barrier\nmain,barrier,Qubit 9,1516,0,barrier\nmain,barrier,Qubit 10,1516,0,barrier\nmain,barrier,Qubit 11,1516,0,barrier\nmain,barrier,Qubit 12,1516,0,barrier\nmain,barrier,Qubit 13,1516,0,barrier\nmain,barrier,Qubit 14,1516,0,barrier\nmain,barrier,Qubit 15,1516,0,barrier\nmain,barrier,Qubit 16,1516,0,barrier\nmain,barrier,Qubit 17,1516,0,barrier\nmain,barrier,Qubit 18,1516,0,barrier\nmain,barrier,Qubit 19,1516,0,barrier\nmain,barrier,Qubit 20,1516,0,barrier\nmain,barrier,Qubit 21,1516,0,barrier\nmain,barrier,Qubit 22,1516,0,barrier\nmain,barrier,Qubit 23,1516,0,barrier\nmain,barrier,Qubit 24,1516,0,barrier\nmain,barrier,Qubit 25,1516,0,barrier\nmain,barrier,Qubit 26,1516,0,barrier\nmain,barrier,Qubit 27,1516,0,barrier\nmain,barrier,Qubit 28,1516,0,barrier\nmain,barrier,Qubit 29,1516,0,barrier\nmain,barrier,Qubit 30,1516,0,barrier\nmain,barrier,Qubit 31,1516,0,barrier\nmain,barrier,Qubit 32,1516,0,barrier\nmain,barrier,Qubit 33,1516,0,barrier\nmain,barrier,Qubit 34,1516,0,barrier\nmain,barrier,Qubit 35,1516,0,barrier\nmain,barrier,Qubit 36,1516,0,barrier\nmain,barrier,Qubit 37,1516,0,barrier\nmain,barrier,Qubit 38,1516,0,barrier\nmain,barrier,Qubit 39,1516,0,barrier\nmain,barrier,Qubit 40,1516,0,barrier\nmain,barrier,Qubit 41,1516,0,barrier\nmain,barrier,Qubit 42,1516,0,barrier\nmain,barrier,Qubit 43,1516,0,barrier\nmain,barrier,Qubit 44,1516,0,barrier\nmain,barrier,Qubit 45,1516,0,barrier\nmain,barrier,Qubit 46,1516,0,barrier\nmain,barrier,Qubit 47,1516,0,barrier\nmain,barrier,Qubit 48,1516,0,barrier\nmain,barrier,Qubit 49,1516,0,barrier\nmain,barrier,Qubit 50,1516,0,barrier\nmain,barrier,Qubit 51,1516,0,barrier\nmain,barrier,Qubit 52,1516,0,barrier\nmain,barrier,Qubit 53,1516,0,barrier\nmain,barrier,Qubit 54,1516,0,barrier\nmain,barrier,Qubit 55,1516,0,barrier\nmain,barrier,Qubit 56,1516,0,barrier\nmain,barrier,Qubit 57,1516,0,barrier\nmain,barrier,Qubit 58,1516,0,barrier\nmain,barrier,Qubit 59,1516,0,barrier\nmain,barrier,Qubit 60,1516,0,barrier\nmain,barrier,Qubit 61,1516,0,barrier\nmain,barrier,Qubit 62,1516,0,barrier\nmain,barrier,Qubit 63,1516,0,barrier\nmain,barrier,Qubit 64,1516,0,barrier\nmain,barrier,Qubit 65,1516,0,barrier\nmain,barrier,Qubit 66,1516,0,barrier\nmain,barrier,Qubit 67,1516,0,barrier\nmain,barrier,Qubit 68,1516,0,barrier\nmain,barrier,Qubit 69,1516,0,barrier\nmain,barrier,Qubit 70,1516,0,barrier\nmain,barrier,Qubit 71,1516,0,barrier\nmain,barrier,Qubit 72,1516,0,barrier\nmain,barrier,Qubit 73,1516,0,barrier\nmain,barrier,Qubit 74,1516,0,barrier\nmain,barrier,Qubit 75,1516,0,barrier\nmain,barrier,Qubit 76,1516,0,barrier\nmain,barrier,Qubit 77,1516,0,barrier\nmain,barrier,Qubit 78,1516,0,barrier\nmain,barrier,Qubit 79,1516,0,barrier\nmain,barrier,Qubit 80,1516,0,barrier\nmain,barrier,Qubit 81,1516,0,barrier\nmain,barrier,Qubit 82,1516,0,barrier\nmain,barrier,Qubit 83,1516,0,barrier\nmain,barrier,Qubit 84,1516,0,barrier\nmain,barrier,Qubit 85,1516,0,barrier\nmain,barrier,Qubit 86,1516,0,barrier\nmain,barrier,Qubit 87,1516,0,barrier\nmain,barrier,Qubit 88,1516,0,barrier\nmain,barrier,Qubit 89,1516,0,barrier\nmain,barrier,Qubit 90,1516,0,barrier\nmain,barrier,Qubit 91,1516,0,barrier\nmain,barrier,Qubit 92,1516,0,barrier\nmain,barrier,Qubit 93,1516,0,barrier\nmain,barrier,Qubit 94,1516,0,barrier\nmain,barrier,Qubit 95,1516,0,barrier\nmain,barrier,Qubit 96,1516,0,barrier\nmain,barrier,Qubit 97,1516,0,barrier\nmain,barrier,Qubit 98,1516,0,barrier\nmain,barrier,Qubit 99,1516,0,barrier\nmain,barrier,Qubit 100,1516,0,barrier\nmain,barrier,Qubit 101,1516,0,barrier\nmain,barrier,Qubit 102,1516,0,barrier\nmain,barrier,Qubit 103,1516,0,barrier\nmain,barrier,Qubit 104,1516,0,barrier\nmain,barrier,Qubit 105,1516,0,barrier\nmain,barrier,Qubit 106,1516,0,barrier\nmain,barrier,Qubit 107,1516,0,barrier\nmain,barrier,Qubit 108,1516,0,barrier\nmain,barrier,Qubit 109,1516,0,barrier\nmain,barrier,Qubit 110,1516,0,barrier\nmain,barrier,Qubit 111,1516,0,barrier\nmain,barrier,Qubit 112,1516,0,barrier\nmain,barrier,Qubit 113,1516,0,barrier\nmain,barrier,Qubit 114,1516,0,barrier\nmain,barrier,Qubit 115,1516,0,barrier\nmain,barrier,Qubit 116,1516,0,barrier\nmain,barrier,Qubit 117,1516,0,barrier\nmain,barrier,Qubit 118,1516,0,barrier\nmain,barrier,Qubit 119,1516,0,barrier\nmain,barrier,Qubit 120,1516,0,barrier\nmain,barrier,Qubit 121,1516,0,barrier\nmain,barrier,Qubit 122,1516,0,barrier\nmain,barrier,Qubit 123,1516,0,barrier\nmain,barrier,Qubit 124,1516,0,barrier\nmain,barrier,Qubit 125,1516,0,barrier\nmain,barrier,Qubit 126,1516,0,barrier\nmain,barrier,Qubit 127,1516,0,barrier\nmain,barrier,Qubit 128,1516,0,barrier\nmain,barrier,Qubit 129,1516,0,barrier\nmain,barrier,Qubit 130,1516,0,barrier\nmain,barrier,Qubit 131,1516,0,barrier\nmain,barrier,Qubit 132,1516,0,barrier\nmain,measure_0,Qubit 0,1516,64,play\nmain,measure_0,Qubit 0,1580,72,play\nmain,measure_0,AWGR13_0,1627,240,capture\nmain,measure_0,Qubit 0,1652,64,play\nmain,barrier,Qubit 0,1906,0,barrier\nmain,barrier,Qubit 0,1906,0,barrier\nmain,barrier,Qubit 1,1906,0,barrier\nmain,barrier,Qubit 2,1906,0,barrier\nmain,barrier,Qubit 3,1906,0,barrier\nmain,barrier,Qubit 4,1906,0,barrier\nmain,barrier,Qubit 5,1906,0,barrier\nmain,barrier,Qubit 6,1906,0,barrier\nmain,barrier,Qubit 7,1906,0,barrier\nmain,barrier,Qubit 8,1906,0,barrier\nmain,barrier,Qubit 9,1906,0,barrier\nmain,barrier,Qubit 10,1906,0,barrier\nmain,barrier,Qubit 11,1906,0,barrier\nmain,barrier,Qubit 12,1906,0,barrier\nmain,barrier,Qubit 13,1906,0,barrier\nmain,barrier,Qubit 14,1906,0,barrier\nmain,barrier,Qubit 15,1906,0,barrier\nmain,barrier,Qubit 16,1906,0,barrier\nmain,barrier,Qubit 17,1906,0,barrier\nmain,barrier,Qubit 18,1906,0,barrier\nmain,barrier,Qubit 19,1906,0,barrier\nmain,barrier,Qubit 20,1906,0,barrier\nmain,barrier,Qubit 21,1906,0,barrier\nmain,barrier,Qubit 22,1906,0,barrier\nmain,barrier,Qubit 23,1906,0,barrier\nmain,barrier,Qubit 24,1906,0,barrier\nmain,barrier,Qubit 25,1906,0,barrier\nmain,barrier,Qubit 26,1906,0,barrier\nmain,barrier,Qubit 27,1906,0,barrier\nmain,barrier,Qubit 28,1906,0,barrier\nmain,barrier,Qubit 29,1906,0,barrier\nmain,barrier,Qubit 30,1906,0,barrier\nmain,barrier,Qubit 31,1906,0,barrier\nmain,barrier,Qubit 32,1906,0,barrier\nmain,barrier,Qubit 33,1906,0,barrier\nmain,barrier,Qubit 34,1906,0,barrier\nmain,barrier,Qubit 35,1906,0,barrier\nmain,barrier,Qubit 36,1906,0,barrier\nmain,barrier,Qubit 37,1906,0,barrier\nmain,barrier,Qubit 38,1906,0,barrier\nmain,barrier,Qubit 39,1906,0,barrier\nmain,barrier,Qubit 40,1906,0,barrier\nmain,barrier,Qubit 41,1906,0,barrier\nmain,barrier,Qubit 42,1906,0,barrier\nmain,barrier,Qubit 43,1906,0,barrier\nmain,barrier,Qubit 44,1906,0,barrier\nmain,barrier,Qubit 45,1906,0,barrier\nmain,barrier,Qubit 46,1906,0,barrier\nmain,barrier,Qubit 47,1906,0,barrier\nmain,barrier,Qubit 48,1906,0,barrier\nmain,barrier,Qubit 49,1906,0,barrier\nmain,barrier,Qubit 50,1906,0,barrier\nmain,barrier,Qubit 51,1906,0,barrier\nmain,barrier,Qubit 52,1906,0,barrier\nmain,barrier,Qubit 53,1906,0,barrier\nmain,barrier,Qubit 54,1906,0,barrier\nmain,barrier,Qubit 55,1906,0,barrier\nmain,barrier,Qubit 56,1906,0,barrier\nmain,barrier,Qubit 57,1906,0,barrier\nmain,barrier,Qubit 58,1906,0,barrier\nmain,barrier,Qubit 59,1906,0,barrier\nmain,barrier,Qubit 60,1906,0,barrier\nmain,barrier,Qubit 61,1906,0,barrier\nmain,barrier,Qubit 62,1906,0,barrier\nmain,barrier,Qubit 63,1906,0,barrier\nmain,barrier,Qubit 64,1906,0,barrier\nmain,barrier,Qubit 65,1906,0,barrier\nmain,barrier,Qubit 66,1906,0,barrier\nmain,barrier,Qubit 67,1906,0,barrier\nmain,barrier,Qubit 68,1906,0,barrier\nmain,barrier,Qubit 69,1906,0,barrier\nmain,barrier,Qubit 70,1906,0,barrier\nmain,barrier,Qubit 71,1906,0,barrier\nmain,barrier,Qubit 72,1906,0,barrier\nmain,barrier,Qubit 73,1906,0,barrier\nmain,barrier,Qubit 74,1906,0,barrier\nmain,barrier,Qubit 75,1906,0,barrier\nmain,barrier,Qubit 76,1906,0,barrier\nmain,barrier,Qubit 77,1906,0,barrier\nmain,barrier,Qubit 78,1906,0,barrier\nmain,barrier,Qubit 79,1906,0,barrier\nmain,barrier,Qubit 80,1906,0,barrier\nmain,barrier,Qubit 81,1906,0,barrier\nmain,barrier,Qubit 82,1906,0,barrier\nmain,barrier,Qubit 83,1906,0,barrier\nmain,barrier,Qubit 84,1906,0,barrier\nmain,barrier,Qubit 85,1906,0,barrier\nmain,barrier,Qubit 86,1906,0,barrier\nmain,barrier,Qubit 87,1906,0,barrier\nmain,barrier,Qubit 88,1906,0,barrier\nmain,barrier,Qubit 89,1906,0,barrier\nmain,barrier,Qubit 90,1906,0,barrier\nmain,barrier,Qubit 91,1906,0,barrier\nmain,barrier,Qubit 92,1906,0,barrier\nmain,barrier,Qubit 93,1906,0,barrier\nmain,barrier,Qubit 94,1906,0,barrier\nmain,barrier,Qubit 95,1906,0,barrier\nmain,barrier,Qubit 96,1906,0,barrier\nmain,barrier,Qubit 97,1906,0,barrier\nmain,barrier,Qubit 98,1906,0,barrier\nmain,barrier,Qubit 99,1906,0,barrier\nmain,barrier,Qubit 100,1906,0,barrier\nmain,barrier,Qubit 101,1906,0,barrier\nmain,barrier,Qubit 102,1906,0,barrier\nmain,barrier,Qubit 103,1906,0,barrier\nmain,barrier,Qubit 104,1906,0,barrier\nmain,barrier,Qubit 105,1906,0,barrier\nmain,barrier,Qubit 106,1906,0,barrier\nmain,barrier,Qubit 107,1906,0,barrier\nmain,barrier,Qubit 108,1906,0,barrier\nmain,barrier,Qubit 109,1906,0,barrier\nmain,barrier,Qubit 110,1906,0,barrier\nmain,barrier,Qubit 111,1906,0,barrier\nmain,barrier,Qubit 112,1906,0,barrier\nmain,barrier,Qubit 113,1906,0,barrier\nmain,barrier,Qubit 114,1906,0,barrier\nmain,barrier,Qubit 115,1906,0,barrier\nmain,barrier,Qubit 116,1906,0,barrier\nmain,barrier,Qubit 117,1906,0,barrier\nmain,barrier,Qubit 118,1906,0,barrier\nmain,barrier,Qubit 119,1906,0,barrier\nmain,barrier,Qubit 120,1906,0,barrier\nmain,barrier,Qubit 121,1906,0,barrier\nmain,barrier,Qubit 122,1906,0,barrier\nmain,barrier,Qubit 123,1906,0,barrier\nmain,barrier,Qubit 124,1906,0,barrier\nmain,barrier,Qubit 125,1906,0,barrier\nmain,barrier,Qubit 126,1906,0,barrier\nmain,barrier,Qubit 127,1906,0,barrier\nmain,barrier,Qubit 128,1906,0,barrier\nmain,barrier,Qubit 129,1906,0,barrier\nmain,barrier,Qubit 130,1906,0,barrier\nmain,barrier,Qubit 131,1906,0,barrier\nmain,barrier,Qubit 132,1906,0,barrier\nmain,barrier,Qubit 0,1906,0,barrier\n'

Infine, puoi visualizzare e salvare il timing:

from qiskit_ibm_runtime.visualization import draw_circuit_schedule_timing

circuit_schedule = result[0].metadata["compilation"]["scheduler_timing"][
    "timing"
]
fig = draw_circuit_schedule_timing(
    circuit_schedule=circuit_schedule,
    included_channels=None,
    filter_readout_channels=False,
    filter_barriers=False,
    width=1000,
)

# Uncomment the following line to display the figure
# fig.show(renderer="notebook")

# Save to a file
# fig.write_html("scheduler_timing.html")

Passi successivi

Raccomandazioni

• Feedforward classico e flusso di controllo (circuiti dinamici)
• Visualizzare i circuiti