The phrase "accommodate uncertainty" is correct and usable in written English.
You can use it when discussing the need to adjust plans or strategies to account for unpredictable factors or variables.
Example: "In project management, it is essential to accommodate uncertainty to ensure that we can adapt to any unforeseen challenges that may arise."
Alternatives: "account for uncertainty" or "embrace uncertainty".
Second, scenario planning can accommodate uncertainty in economic and population growth caused in part by China's rapid social and economic transformation.
"They also have to modify their culture to accommodate uncertainty and the notion it's not because you have survived something in the last few months that you're necessarily going to survive it in the next flight," Dr. Paté-Cornell said.
The first agent is the neuro-compensator to accommodate uncertainty associated with the follower manipulators, and the second agent is the neuro-estimator to obtain acceleration of the leader manipulator.
Rather it defines a suite of pressure scenarios that accommodate uncertainty in these aspects, and seeks to identify indicators that are predicted to respond in a consistent fashion across these scenarios.
Co-regulatory approaches may provide important advantages to help accommodate uncertainty for emerging policy problems, providing a mechanism to develop trusted evidence and to refine objectives as problems are better understood.
Indeed, the models that accommodate uncertainty in their analysis report only one set of results to EMF (median or mean or something else); and the dispersion of their results across the full range of uncertainty that they can model generally straddle the EMF ranges.
The second algorithm is an adaptive version of the first one, which is developed to accommodate uncertainties and faults without utilizing exact bounds information.
Because precise parameters of the flexible manipulator are not required in the IS system, the operation of the controller was sufficiently robust to accommodate uncertainties in system parameters.
The controller is constructed based on the adaptive robust control framework with necessary design modifications required to accommodate uncertainties and nonlinearities of hydraulic load emulator.
For this purpose, an H∞ robust controller is designed to accommodate uncertainties of the ACLD parameters, particularly those of the viscoelastic damping core which arise from the variation of the operation temperature and frequency.
Based on these issues we recommend four changes to current process: rationalize listing and assessment processes; develop approaches to prioritize species-based and threat-based responses cost-effectively; estimate funds required to recover species and secure longer term funding; and accommodate uncertainties and new threats into the current planning framework.
