Fig. 8: The ratio of \({N}_{\min }(\epsilon ,\delta ,\lambda ,r)\) over \({N}_{\min }^{{{{\rm{iid}}}}}(\epsilon ,\delta ,\lambda ,r)\) with ϵ = δ and r = 1/2.
From: Robust and efficient verification of graph states in blind measurement-based quantum computation
Here \({N}_{\min }(\epsilon ,\delta ,\lambda ,r)\) and \({N}_{\min }^{{{{\rm{iid}}}}}(\epsilon ,\delta ,\lambda ,r)\) are the minimum numbers of tests required for robust verification in the adversarial scenario and i.i.d. scenario, respectively.
