The phrase "agent strategy" is correct and usable in written English.
It can be used in contexts related to decision-making, planning, or tactics employed by an agent, such as in business, gaming, or artificial intelligence.
Example: "The agent strategy we implemented significantly improved our team's performance in the competition."
Alternatives: "tactical approach" or "agent plan".
The implementation uses a coevolutionary learning algorithm for adaptation of the agent strategy to the dynamic Application Layer Network environment.
With VaR-CR regulation the agent strategy consists of simultaneous decisions on both the portfolio VaR and on the implied amount of required eligible capital.
In this paper effectiveness of several agent strategy learning algorithms is compared in a new multi-agent Farmer Pest learning environment.
This work provides an example of successfully designing PL-directed anticancer agent by an electrophilicity-based prooxidant (ROS-generating agent) strategy and gives added confidence for extending this strategy to other natural products.
The potency of some compounds against various strains of M. tuberculosis (4a c, 7 and 8; H37Rv-MIC99 ≤1.25 µM, R5401-MIC99 ≤2.5 µM, X_61-MIC99 ≤5 µM) demonstrated the potential of the reversed anti-TB agent strategy towards the development of novel anti-mycobacterial agents to address the rapidly growing issue of resistance.
It also yields some insights into the dynamics of agent strategies and how they lead to market instabilities.
We review agent strategies developed by different teams and discuss the merits of competition-based research over more traditional research methodologies in this area.
While talkspan still dominates locally (β =.3024) and the economic environment (β =.2467) influences the nature of strategic interactions, there is less relative impact in driving asymmetric agent strategies.
A review of the literature suggests that much of our existing knowledge comes from computational simulations, including controlled studies of abstract market designs (e.g., simultaneous ascending auctions), and research tournaments comparing agent strategies in a variety of market scenarios.
Where an epidemic may be constrained by use of a single antiviral agent, strategies that combine treatment and prophylaxis are most effective at controlling transmission, at the cost of facilitating the spread of resistant viruses.
All combined strategies outperformed single agent strategies of regular leukotriene receptor antagonists or long acting β agonists.
