This paper studies the distributed adaptive containment control for second-order multi-agent systems with multiple dynamic leaders and unknown external disturbances.
This paper considers the containment control problem of uncertain nonlinear multi-agent systems with multiple dynamic leaders under switching directed topologies.
Twenty-first-century learners view themselves as dynamic agents in multimedia and global environments.
The Ngobe peoples behave in response to an environment they perceive as a dynamic agent.
Figure 2 Dynamic agent composition.
Figure 2 shows graphically this dynamic agent composition.
Example theoretical and methodological advances include coarse-graining, time-scale separation, and dynamic agent compression.
Dynamic agent compression aggregates sets of homogeneous agents into a container object which then acts for the agents as a whole [ 6, 7].
The case study hospitals exhibited properties of complex adaptive systems (CASs) that exist in a dynamic state with multiple interacting agents.
