FCL

(redirected from Feedback Control Loop)
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AcronymDefinition
FCLFull Container Load
FCLFacility (Security) Clearance
FCLFrasers Centrepoint Limited (real eastate investment company)
FCLFramework Class Library (Microsoft .NET)
FCLFortran Compiler for Linux
FCLFree Component Library
FCLFramework Class Library
FCLFedora Core Legacy
FCLFedora Core Linux
FCLFoundation Class Library
FCLForeclosure (also seen as FC)
FCLFlexible Credit Line (International Monetary Fund)
FCLFederated Co-Operatives Ltd. (Canada)
FCLFootball Club Lourdais (French football club)
FCLFault Current Limiter
FCLFédération Cynologique Luxembourgeoise (French: Luxembourg Kennel Federation; Luxembourg)
FCLFonds de Création Lyrique (French: Lyric Creation Fund)
FCLFoundation Class Library (computing)
FCLFibroblast Cell Line (immunology)
FCLForecastle (ship's hull)
FCLFort Canning Lodge (Young Women's Christian Association; Singapore)
FCLFirst Class Letter (USPS)
FCLFuture Concept Lab (Italy)
FCLFree-Choice Learning (education)
FCLFamily Community Leadership (various organizations)
FCLFootball Club du Layon (French football club)
FCLFoyer Culture Loisirs (French recreation association)
FCLFacsimile Command Language (RightFax)
FCLFootball Club Libourne (French football club)
FCLFootball Club de Lorient (French soccer team)
FCLFibre Channel Loop
FCLFreon Coolant Loop
FCLFuel Cell Laboratory (various organizations)
FCLFinancial Component of Liabilities (insurance)
FCLFeedback Control Loop
FCLFussball Club Luzern (Swiss soccer club)
FCLFootball Club Lézignanais (French football club)
FCLFootball Club Laurentin (French football club)
FCLFarm Credit Leasing Services Corporation (Minneapolis, MN; also seen as FCLSC)
FCLFlorida Combined Life Insurance Company, Inc.
FCLForward Collision Alert (vehicle feature)
FCLFramingham Civic League (Framingham, MA)
FCLFinished Ceiling Level (architectural notation)
FCLFree Convective Layer (atmospheric science)
FCLFuture Civic Leaders (Washington, DC; est. 2009)
FCLFramework Command Line
FCLFerrite-Coupled Line
FCLFailure Count - Line (Telabs)
FCLFootball Club Lugano (Swiss soccer club)
FCLFraternity, Charity and Loyalty (Grand Army of the Republic)
FCLFORTRAN Command Language
FCLFoster Care Link (UK)
FCLFire Coordination Line
FCLFetal Calf Ligament
FCLFoldback Current Limiter (electronics)
FCLFetch Command Load
FCLFast Carry Logic
FCLFoundation Computer Lab (computer skills class)
FCLFlight Clearance Letter
FCLFuze Cavity Liner
FCLFeature Code Library (Trimble Corporation)
FCLFunctional Capability List
FCLFussballclub Locarno (Swiss soccer club)
FCLFull Camera Link (Farbversion)
FCLForeign Civil Litigation
FCLFylde Community Link (UK charitable organization)
References in periodicals archive ?
Table 1 Parameters and Variables for Feedback Control Loop Optimization Parameter Type Range Room air temp sensor - Room air setpoint input 19 to 25 C (66 to 77 F) Cooling valve pos.
However, the framework may be of limited value in the treatment of asynchronous control problems, such as those encountered in tactical decision making, which may not be well characterized by a standard negative feedback control loop. Also, the mathematical formalisms of control theory are not yet sophisticated enough to comprehensively account for human cognitive processes (Bainbridge, 1981).
The control algorithms from an earlier version of the HAB were expanded on by adding the rate feedback control loop to improve performance and reliability.
This contribution focuses on graphical analysis of robust stability for a feedback control loop containing the parametrically uncertain second order time-delay model of a main irrigation canal pool and a fractional order PI controller [4].
The proposed methodology requires only routine operating data from an existing simple feedback control loop and knowledge of the process delays.
Assume a conventional feedback control loop with a controlled plant:
A feedback control loop will oscillate when there is a frequency at which the loop gain is unity or greater and the total phase lag equals 3600.
A standard feedback control loop was used in the first place and after it also Smith predictor.
Suppose the classical feedback control loop with continuous-time controlled plant:
So, the principal problem is if the controller designed for nominal system will keep some properties of the feedback control loop also for system really controlled, which falls into certain neighbourhood, in other words, if the controller will keep these properties not only for one nominal system, but for the whole family of systems (Kucera, 2001).
This partial access to the state of the system has been the reason for developing model-based observers which are integrated in the feedback control loop. In practice, robot manipulators are equipped with high precision position sensors, such as encoders.
They are the eyes and ears of the feedback control loops that ensure long-term, problem-free operation of motors, drives and actuators and hence of machines and equipment.