Sentence examples for multiple operating conditions from inspiring English sources
PareDA is evaluated on the problems of designing a three-stage operational amplifier, a yield-aware optimization of a folded-cascode operational amplifier (requiring multiple operating conditions) and a model for selective emitter solar cells.
In conjunction with automated liquid handlers, this permits the simultaneous evaluation of multiple operating conditions and reduces manual intervention.
As passage arrangements being design variables, the passage arrangement under multiple operating conditions is designed using hybrid particle swarm algorithm.
This determines which operating conditions must be represented in the design process, and therefore the complexity of designing for multiple operating conditions.
In this paper, a new passage arrangement design method for multiple operating conditions is developed for multi-stream plate-fin heat exchangers.
In this paper, a robust and mixture form of supervised probabilistic principal component analysis model is proposed to deal with the soft sensing problem, particularly for those processes with multiple operating conditions and the collected datasets may contain outliers.
The proposed approach is applied to a hospital emergency department service design case study wherein different design alternatives are compared using total time-in-system performance metric under multiple uncertain operating conditions.
A full operating map of the sliding vane pump was eventually retrieved to explore multiple off-design operating conditions.
A method is proposed to identify an effective local signal that can be used by a thyristor controlled series compensation (TCSC) device as a supplementary controller to dampen inter-area oscillations for multiple power system operating conditions.
ROM responses are compared with those of the FOM and experimental data at a single cycle and multiple cycles under different operating conditions.
The risks of landing overrun (LDOR – LanDing OverRun), Take-off Overrun (TOOR – Take-Off OverRun) and landing undershoot (LDUS – LanDing UnderShoot) are dependent on multiple factors related to operating conditions.
