The phrase "active balancing" is correct and usable in written English.
It can be used in contexts related to finance, technology, or any field where dynamic adjustments are made to maintain equilibrium or stability.
Example: "The system employs active balancing to ensure that resources are allocated efficiently in real-time."
Alternatives: "dynamic balancing" or "real-time balancing".
Moreover, these studies uncovered two distinct roles of supratrigeminal bilaterally projecting neurons in bilaterally synchronized activation of masseter muscles, and active balancing of bilateral masseter muscle tone against an excitatory input.
However, to the best of the authors' knowledge, the use of model-predictive optimal control for multi-objective active balancing remains relatively unexplored.
Currently, achieving cell equalization by using the active balancing circuits is considered as the best way to optimize the energy efficiency of the battery pack.
The cell to cell active balancing configuration outperforms all the other methods regardless of η.
Figure 5 also shows the schematics of some active balancing circuits [50 55], in which the energy is transferred to/from cells to restore the balanced condition.
Consequently, the three active balancing topologies lead to a different final balanced state, even if they start from the same unbalanced charge distribution, as the total amount of energy moved is different among the three.
Hence, the primarily dispatched active powers should be increased to allocate the required active power for balancing active power losses.
It was designed to explore active balance and dynamic stability in legged locomotion.
We have built a series of legged robots for experiments on active balance in dynamic legged locomotion.
Dromaeosaurs were medium-size predators with long, grasping arms and hands, moderately long legs, and a specialized stiffened tail that could be used for active balance control.
We present the design and fabrication of an active balance board system that allows for a systematic study of stiffness and time-delay induced instabilities in standing posture.
