Hybrid adaptive framework for coordinated control of distributed generators in cyber‐physical energy systems

Enabling cyber‐physical demand response in smart grids via conjoint communication and controller design

“…A distributed state‐feedback control scheme as in [19] is used where shows the connection structure between controllers and sensors. If is non‐zero, it represents the existence of connection between controller i and sensor j .…”

“…For applying the developed algorithms, a 4-bus system developed by IEEE distribution test feeder working group is chosen whose details can be found in [24,17]. The admittance matrix of this system is mentioned in (see (18)) and the system matrices used for simulation can be found in (19) and Section 5.4.1 (see Fig. 3 (20)…”

Fuzzy inferencing‐based path planning with a cyber‐physical framework and adaptive second‐order SMC for routing and mobility control in a robotic network

“…The variables β i j and α i are computed by the optimisation problem defined by (3). The rate utility function U i (α i ) = log(α i ) and routing utility function…”

“…The major research challenges [2] lie in CPS architecture, information processing in CPS, CPS software system design, and system security. CPS has a lot of applications in the domain of control technology, aerospace and aircraft control, industrial control, systems adopting automatic acquisition, and smart‐grid [3]. The concept of CPS has brought a new perspective to the existing engineering physical systems.…”

Resilient cyber physical infrastructure for single‐phase dual inverter with sliding mode control

“…The growth of information and communication technology (ICT) 1‐3 results in the cyber‐physical systems (CPS) 4,5 and internet of things (IoT), 6 which leads to development of smart grids. IoT only has the perception of sense, but CPS has the ability to robust control to the target.…”