This paper presents a new application of a genetic-fuzzy control system which controls the input energy to a three phase electric arc furnace. Graphite electrodes are used to convert electrical energy into heat via phase electric arcs. Con-stant arc length is desirable as it implies steady energy transfer from the graphite electrodes to the metallic charge in the furnace bath. With the charge level constantly changing, the electrodes must be able to adjust for the arc length to remain constant. A fuzzy PI controller tuned with genetic algorithms has been developed to be responsible for the ver-tical adjustment of the electrode tip displacement according to specified set-points to ensure that the arc lengths remain as constant as possible. The simulation results show that the system performances are satisfactory using the proposed method.
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机译:LTE通讯系统中针对同层干扰环境对微小型基地台功率控制与用户位置推荐演算法 =Femtocell Power Control and User Location Recommendation Algorithm for Co-Tier Interference Environment in LTE Communication System
机译:G. p. Liu,J.B.Yang和J.F.Whidborne,multiobjective optimization and Control,series:Engineering systems modeling and Control,Research studies press(2003)IsBN 0 86380 264 8。
机译:ada编译器验证摘要报告。证书编号:900726W1.11017,Verdix Corporation VaDs IBm RIsC system / 6000,aIX 3.1,Vada-110-7171,版本6.0 IBm RIsC system / 6000 model 530 => IBm RIsC system / 6000 model 530