Sentence examples for optimal disruption from inspiring English sources

In particular, the optimal disruption strategy encourages greater risk as less of the architecture is observed.

We examine the optimal disruption of dark (covert and illegal) networks.

We derive the optimal disruption strategy in a stylized model of dark network intervention with incomplete information and show how it combines features of two types of disruption considered in the literature: random failure and targeted attacks.

Results obtained from optimal cell disruption strategy using RSM for cell disruption capability and for the release of specific protein was increased 2-fold and 4-fold as compared with those obtained with glass bead cell disruption.

These models also provide features that can help assess various aspects of system resilience, predict the future evolution of delays, and enable the development of optimal post-disruption recovery strategies.

The sagittal plane is preferred for the detection of vaginal fistulas as it allows optimal depiction of disruption of the posterior bladder wall in a vesicovaginal fistula and discontinuity of the posterior vaginal or anterior rectal wall in a rectovaginal fistula.

It was previously thought that due to the large surfaces area involved in protein/protein interface [30], small molecules would not be optimal candidates for disruption of these interactions.

However, the D-loop contains a junction at both duplex ends and we found that accessibility of both junctions is required for optimal D-loop disruption by WRN, suggesting that WRN engages both junctions (Fig. 7).

72 In regard to the optimal levels of chain disruption based on type of HH, Cerfolio et al 72 recommend chain disruption at the top of R3 or R4 for isolated palmar HH; R4 and R5 for palmar, plantar, and axillary HH; and the top of R3 for craniofacial HH.

The model determines the optimal response to any disruption that might occur within the supply network, regardless of the cause.

Instead traffic controllers can benefit from algorithms that can quickly compute an optimal solution given a disruption specification.