The Infidelity Is Reported As A Function Of The Number Of Iterations

The infidelity is reported as a function of the number of iterations ...
The infidelity is reported as a function of the number of iterations ...
The infidelity 1 − F is plotted (on a log scale) as a function of the ...
The infidelity 1 − F is plotted (on a log scale) as a function of the ...
The conditional infidelity 1 − Fc is plotted as a function of the ...
The conditional infidelity 1 − Fc is plotted as a function of the ...
Optimized infidelity f as a function of the number of optimization ...
Optimized infidelity f as a function of the number of optimization ...
The infidelity as a function of the number of random phase base ...
The infidelity as a function of the number of random phase base ...
Average infidelity 1−F as a function of the number N of system copies ...
Average infidelity 1−F as a function of the number N of system copies ...
Infidelity of the final state as a function of the number of objective ...
Infidelity of the final state as a function of the number of objective ...
Infidelity of the final state as a function of the number of objective ...
Infidelity of the final state as a function of the number of objective ...
(a) Infidelity 1 − F as a function of the training iteration using ...
(a) Infidelity 1 − F as a function of the training iteration using ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
The infidelity ε as a function of the iteration step i for an Adam ...
The infidelity ε as a function of the iteration step i for an Adam ...
Minimum achievable infidelity as a function of the input infidelity We ...
Minimum achievable infidelity as a function of the input infidelity We ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
Value of the infidelity of entanglement 1 − F γ (E, R) as a function of ...
Infidelity 1 − F as a function of ε for the four paths in Fig. 2(a ...
Infidelity 1 − F as a function of ε for the four paths in Fig. 2(a ...
Infidelity 1 − F as a function of the depth of the quantum circuits ...
Infidelity 1 − F as a function of the depth of the quantum circuits ...
(a) Infidelity 1 − F as a function of the training iteration using ...
(a) Infidelity 1 − F as a function of the training iteration using ...
Mean infidelity over an entire time evolution as a function of the ...
Mean infidelity over an entire time evolution as a function of the ...
Infidelity 1 − F as a function of the parameter α that accompanies the ...
Infidelity 1 − F as a function of the parameter α that accompanies the ...
Theoretical predictions for the final infidelity F1 as a function of ...
Theoretical predictions for the final infidelity F1 as a function of ...
FIG. S1: Infidelity as a function of dephasing, where the parameters ...
FIG. S1: Infidelity as a function of dephasing, where the parameters ...
Infidelity of the conditional phase gate as a function of the gate ...
Infidelity of the conditional phase gate as a function of the gate ...
(Color online) Infidelity ε = 1−F as a function of the limited ...
(Color online) Infidelity ε = 1−F as a function of the limited ...
6: Infidelity as a function of the ratio f 1e /f 0e for single-qubit ...
6: Infidelity as a function of the ratio f 1e /f 0e for single-qubit ...
The total infidelity given by Eq. (127) as a function of the trap ...
The total infidelity given by Eq. (127) as a function of the trap ...
Infidelity of the cross-resonance gate as a function of the detuning of ...
Infidelity of the cross-resonance gate as a function of the detuning of ...
(Color online) Infidelity as a function of number of iterations, for ...
(Color online) Infidelity as a function of number of iterations, for ...
(Color online) Infidelity I versus number of iterations n of the Krotov ...
(Color online) Infidelity I versus number of iterations n of the Krotov ...
The median infidelity against the number of iterations achieved through ...
The median infidelity against the number of iterations achieved through ...
The median infidelity vs the number of iterations achieved by proposed ...
The median infidelity vs the number of iterations achieved by proposed ...
The median infidelity against the number of iterations achieved by our ...
The median infidelity against the number of iterations achieved by our ...
The median infidelity against the number of iterations achieved by our ...
The median infidelity against the number of iterations achieved by our ...
The median infidelity against the number of iterations achieved by our ...
The median infidelity against the number of iterations achieved by our ...
Average infidelity as a function of number of measurements for a ...
Average infidelity as a function of number of measurements for a ...
Average infidelity as a function of number of measurements for a ...
Average infidelity as a function of number of measurements for a ...
Channel infidelity of the repeated error correction 1 − F N as a ...
Channel infidelity of the repeated error correction 1 − F N as a ...
(Color online) The contours of the infidelity ε (nb,np) E,infid as a ...
(Color online) The contours of the infidelity ε (nb,np) E,infid as a ...

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