The phrase "act optimally" is correct and usable in written English.
It can be used when discussing the best or most effective way to perform a task or make a decision.
Example: "In order to achieve the best results, we must learn to act optimally in every situation."
Alternatives: "perform at best" or "function efficiently."
The major result shown is that liability rules induce optimal behavior provided that they lead the party who acts second to act optimally if and only if the first party did so.
The resulting agent is a probabilistic superposition of agents that act optimally for any given θ as depicted in Figure 1b.
But it is clear that a form of ergodicity is required for an agent with policy uncertainty to be able to learn to act optimally.
The emphasis is to be able to act optimally with respect to an objective criteria when the state information is only partially available due to perceptual limitations and actions that are non-deterministic (stochastic).
If it is assumed that the agent is also forced to bet and that the bookie will act optimally, the agent should post coherent odds, for otherwise she will be subject to a bankrupting Dutch Book.
In this task, when observing an X or a Y, the agent must recall both which digit was most recently shown as well as the identity of the preceding symbol in order to act optimally.
The EPES-lac structures acted optimally at pH 4 and their activity was nearly temperature-independent, while the laccase activity of EPES-CLEA was optimal at pH 4 and 60 °C.
Similarly, a Thompson sampling agent randomly instantiates his belief at every point in time and acts optimally with respect to this belief.
An agent that follows such a Thompson sampling strategy randomly samples beliefs θ and acts optimally with respect to these random beliefs.
Therefore, we studied the endocytosis of the tagged IR after insulin binding ACP-S acts optimally at 37°C and at this condition receptors could be recycled or internalized.
The nucleotidases in ventricular system, like the majority of so far characterised NTPDases [EC 3.6.1.5] and NPPases [EC 3.6.1.9], acted optimally in alkaline conditions at pH 7.5-8.0 [ 25, 29, 42- 49].
