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Hybrid Learning Approach using Particle Intelligence Dynamics and Bacterial Foraging Behaviour for Optimized PID Parameters Evolutionary Computation of Control Transfer Functions Astha Singh; Guided by Saifur Rahman

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Material type: Text

TextLanguage: English Publication details: Lucknow Integral University 2015Description: 66p; 30cmSubject(s):

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Item type	Current library	Collection	Call number	Status	Notes	Date due	Barcode
Dissertation-Master Degree	CENTRAL LIBRARY	ELECTRICAL	621.3 SIN/H (Browse shelf(Opens below))	Not For Loan	Electrical Engineering		DM1186

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Previous	621.3 SIN/D Design & Development of Gate Signals For 36Volts 1000HZ Three Phase Inverter	621.3 SIN/D Design of Artificial Neural Network (ANN) Controller Foe Seven Link Biped Robot	621.3 SIN/H Heterogeneous Energy Distribution Based Multi Zone Algorithm dor WSN Life time Advancement	621.3 SIN/H Hybrid Learning Approach using Particle Intelligence Dynamics and Bacterial Foraging Behaviour for Optimized PID Parameters Evolutionary Computation of Control Transfer Functions	621.3 SIN/L Low Pass FIR Filter Design using Advanced Optimization Techniques and Constriction Factor and inertia Weight Approach	621.3 SIN/N New Method for the Design and Simulation of A 4-BIT Accumulator using Tanner Tool	621.3 SIN/T Text Extraction from Live Captured Image	Next

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