In larger and more complicated organisms those in which response involves the synchronization and integration of events in different parts of the body a control mechanism, or controller, is located between the stimulus and the response.
The ICM module (controller) is located inside every server and follows the rule.
The congestion controller is located at the multicast source and uses the explicit rate algorithm to regulate the transmission rate.
In both these profiles, a BS implements a RRA (radio resource agent), the difference being where the RRC (radio resource controller) is located.
The perimeter controller is located on the region border, and manipulates the transfer flows across the border, while aiming at regulating around (nearby) the critical densities or accumulations, whereby the system throughput is maximized.
We have implemented the proposed strategy on a benchmark where the controller is located on a remote computer which communicates with the mobile robot via a IEEE 802.11g wireless network.
In multi-rate sampled-data systems, a continuous-time plant is controlled by a discrete-time controller which is located in the feedback loop between sensors with different sampling rates and actuators with different refresh rates.
In a wide category of embedded systems, sensors, controllers and actuators are located in distant locations.
We study NCSs where the communication link is situated between plant output and controller, and NCSs where the communication link is located between controller and actuator.
This means that a controller that carries out cross-border data processing, such as Facebook, will have only one supervisory authority as interlocutor, namely the lead supervisory authority, which will be the authority for the place where the controller's main establishment is located.
