The phrase "adapt the configuration" is correct and usable in written English.
It can be used when discussing changes or modifications to a system, setup, or arrangement to better suit specific needs or conditions.
Example: "In order to improve performance, we need to adapt the configuration of the server to handle increased traffic."
Alternatives: "modify the setup" or "adjust the arrangement."
This is achieved by adapting the configuration of the cymbal to remove the problem of epoxy layer debonding, and by optimising the cymbal end-cap and geometry through finite element modelling supported with experimental vibration characterisation.
Both tracking and classification are performed online by a system made up of two components (tracker and classifier) plus a controller which automatically adapts the configuration of the system to the observed conditions.
We also adapted the configuration criteria for the ampulla of Vater.
To achieve this, one approach is to periodically Adapt the infrastructure configuration.
This is due to the inability to predict at run-time the effect of workload changes on performance-relevant application-level dependencies and adapt the system configuration accordingly.
As a reaction to such issues, the eNB may adapt the handover configuration parameters, which were initially provided by the network operator, in a neighbour cell-specific way, i.e. it may decide to apply different thresholds or offsets for handover measurements and decisions depending on the potential target cell of the handover.
This technique is based on tactile images which are obtained as a common interface for different tactile sensors, and uses a servo-tactile control to stabilize the grasping points, avoid sliding and adapt the contacts' configuration regarding to position and magnitude of the applied force.
It captures basic events about context changes (e.g., lighting changes) and user interactions (e.g., preference for high resolution), and then forwards those events to the Configuration Adapter, which returns a set of reconfiguration operations for adapting the current configuration to the new execution context.
Our tracking system applies principles of dynamic data-driven application systems (DDDAS) to periodically monitor system operating characteristics and apply these measurements to dynamically adapt the specific classifier configurations that the system employs.
Nodes in the graph represent system configurations and edges represent reconfiguration transitions, i.e., operations to adapt the system from a configuration to another.
