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ADAPTIVE INTEVAL TYPE 2 FUZZY CONTROLLER FOR OBJECT ROBOT 5 DOF
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Journal of Military Science and Technology
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Publishing year: 2019
Research, Designing Linear capacitive Multi- touch Sensors Keypad that rely on charge transfer acquisition principle implicated in smart homeBUILDING THE MODELLING OF QUADCOPTER ROBOT THAT IDENTIFIES AUTOMATICALLY AND FOLLOWS THE MOTIVE TARGET BASED ON IMAGE PROCESSING.Researching and designing experimental automation process system reading writing data of number display sevice base on neural networkResearching and designing experimental product of a mobile robot that tracking face using PCA and Viola-JonesRESEARCHING AND DESIGNING EXPERIMENTAL PRODUCT OF A MOBILE ROBOT THAT IDENTIFYING AUTOMATICALLY AND TRACKING FACE BASE ON LINUX KERNEL COMPUTERAPPLYING NEURAL NETWORKS, CONVOLUTIONAL NEURAL NETWORKS AND COMBINATION OF CPUS AND GPUS TO INCREASE CALCULATING PERFORMANCE FOR IMAGE CLASSIFICATIONOn the method of designing adaptive sliding mode controllers for robot manipulators Design of Control System for Regulation of Water Level in a Boiler DrumExperimentation PID, Fuzzy, PID and Fuzzy controler for control speed of DC Motor base on LabviewHUMAN RESOURCES CONTROLLED AND AUTOMATED: INDUSTRIAL REVOLUTION 4.0The Practice of Mapping-based Navigation System for Indoor Robot with RPLIDAR and Raspberry PiDesign and Implementation of Control System Using STM32 MicrocontrollerDESIGN AND IMPLEMENTATION OF A LOW-COST CNC LASER ENGRAVING MACHINE FOR UNIVERSITY LABORATORIESFAULT TOLERANT CONTROL FOR WHEELS MOBILE ROBOT WITH ACTUATOR FAULTSDESIGN AND IMPLEMENTATION OF REAL-TIME SELF-DRIVING CAR USING CONVOLUTIONAL NEURAL NETWORK AND IOTProposal of a Fault-tolerant controller for wheeled mobile robots with faulty actuators