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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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.