That DNPS and DNTS are correlated in a consistent manner across disparate steady state-and transient datasets lends credence to the view that DNA microarray data is a valid source of biochemical system coordination and control information.
The nonlinear model with iodine-xenon and its coordination controller construct the nonlinear core load following coordination control system, and the nonlinear model without iodine-xenon and its coordination controller structure the nonlinear core transient load coordination control system.
Next, the discussion focuses on the commonalities and differences between the source of inspiration for the system design – food foraging in ant colonies – and the resulting coordination control system itself.
The proposed voltage coordination control system of distribution network with VPP based on multi-agent system is shown in Fig. 2. The article treats distribution network, VPP, conventional voltage control equipment (including STATCOM, reactive compensation capacitor, on load tap-changer, etc), DGs and load as intelligent agents.
There is a certain voltage coordination control system within each voltage regulation interval, in which the agents can have data collection and assessment, and communicate with other agents in order to obtain more comprehensive voltage information.
Based on static mathematical models of some important parts such as reactor core, steam generator etc., a coordination control system is designed to implement its rapid following and response when power changes.
Eventually, the two nonlinear coordination control systems are simulated.
This investigation is to achieve multivariable modeling for a pressurized water reactor core with/without iodine-xenon dynamics and design nonlinear core multivariable coordination control systems with stability analyses for simultaneous regulations of the core power and axial power difference during load following/transient load maneuvers.
Erdong et al. propose robust decentralized attitude coordination control of space system formation [11].
Consequently, a suitable ground station power plant control strategy is designed, comprising the generator/motor speed control and cable tension control system, direct-current link power flow coordination control, and grid-side inverter control strategy.
