The phrase "agent characteristics" is correct and usable in written English.
It can be used in contexts related to discussions about the traits or qualities of an agent, such as in psychology, artificial intelligence, or business.
Example: "Understanding the agent characteristics is crucial for developing effective strategies in negotiation."
Alternatives: "agent traits" or "agent attributes".
However, there is little research on the agent characteristics preferred by K-12 students.
Results indicated that all students preferred agents and specific external agent characteristics that are close to their own external characteristics and favored internal agent characteristics that they felt would promote understanding of the domain.
The main purpose of this study was to examine student preferences for individual pedagogical agents and their preferences for various agent characteristics.
Immediately after viewing the computer-based overview, students completed surveys assessing preferences for the four agents and for individual agent characteristics.
Based on a portrayal of agent characteristics a general agent architecture linking aspects of perception, interpretation of natural language, learning and decision-making is provided.
Agent-based simulation models in particular were reviewed, and findings suggest agent characteristics varied across literature researched in aspects such as socio-demographic design considerations.
Its precursive and subsequent steps are protolytic equilibria (acid base), in which the nucleophilic agent characteristic to the hydroxyl substrate is formed, or the carbanionic structure resulting from the addition is stabilized, respectively.
It is a new type anti-dementia agent, characteristic by improved learning and memory in normal and memory impairment rodents, increased synaptic plasticity in both efficacy and structure, and decreased apoptosis with high phosphorylation of tau protein.
In conclusion, synthetic clau, one of the optical isomers of clau isolated from C. lansium, is a new type of anti-dementia agent, characteristic by improved learning and memory in normal and memory impairment rodents, increased synaptic plasticity in both efficacy and structure, and decreased apoptosis with high phosphorylation of tau protein.
Through set of rules, interactions, and simulated mechanism of asymmetrical heredity, a phenomenological description of the evolution of the agents' characteristics was defined and maintained throughout the simulations.
In the case of evolutionary agent based models, a certain number of agents' characteristics are encoded in free parameters (an artificial genome) and optimized using techniques of evolutionary computation, such as genetic algorithms [ 26].
