Nuclear power plant controls; Modeling, simulation and control; Monitoring and Instrumentation. Communication systems; Communication media; Communication protocols; Communication standardization; Home automation and communication. Electricity metering; Digital technology for measurements; High voltage testing; Measurement techniques for impedance elements.
Digital protection systems; Adaptive protections; Power system protection; Protection of electrical equipment; Relaying communications; Relaying for consumer interface. Power system dynamics; Power system control; Power system estimation; Power system operations; Power system security and risk analysis; Power system restoration; Power system energy management; Power system economics; Power system markets; Power system reliability; Power system expansion planning; Power system regulatory framework; Power system computational analysis; Power system education.
Microgrids planning, operation, control, islanding, protection ; Cyber-Physical Systems cyber and physical security, intelligent monitoring, outage management ; Active Distribution Networks distributed resources, energy efficiency, economics, reliability ; Demand-Side Management and Scheduling appliances, electric vehicles, aggregation, demand response ; Automation in Energy Management Systems smart buildings, data centers, home automation ; Analytic Methods for Smart Grid optimization, stochastic, hierarchical control ; Smart Transmission Systems wide area protection, communication, control ; Smart Grid Devices smart sensors, advanced metering infrastructure, protocol.
Battery and storage; Biomass; Carbon capture from power generation; Combined heat and power; Energy efficiency; Fuel cells; Geothermal; Grid interaction of sustainable energy sources; Hydrogen technology; Mitigation of greenhouse gas emissions; Small hydro design and applications; Solar photovoltaics; Solar thermal electricity; Tidal and wave energy; Wind turbine generators. Interruption phenomena; Fuses; Low voltage switch gear; High voltage circuit breakers; Reclosers and sectionalizers. Power and instrument transformers; Insulating fluids; Dielectric testing; Audible noise and vibration; Transformer modeling techniques.
AC transmission and distribution facilities; Lightning phenomena and insulator performance; Overhead line conductors: thermal and mechanical aspects; Corona, electric, and magnetic fields; Towers, poles, and hardware; Capacitors, shunt and series capacitor banks, and harmonic filter banks; HVDC transmission and distribution; FACTS and power electronic applications to ac transmission; Harmonics and power quality; Transients, switching surges, and electromagnetic noise; Maintenance and operation of overhead lines; Work procedures, safety, tools, and equipment; Superconductivity analysis and devices; Distributed resources.
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The abstract is what users and researchers will read when deciding whether your article pertains to their interests and needs. For this reason, your abstract is an extremely important and powerful representation of your article. As an author, you should spend time ensuring that it is readable and that it contains a complete description of your research. In approximately — words, you will need to summarize your findings, and describe the implications of those findings.
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Advanced Techniques and Applications for Linear and Nonlinear Systems
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Do not create a new account! See directions above if you do not remember your login ID or password. In some systems, closed-loop and open-loop control are used simultaneously. In such systems, the open-loop control is termed feedforward and serves to further improve reference tracking performance.
A common closed-loop controller architecture is the PID controller. The output of the system y t is fed back through a sensor measurement F to a comparison with the reference value r t.