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A COMPUTERCONTROLLED MEASUREMENT SYSTEM FOR SPECTRAL RESPONSE
BASED TEMPERATURE CONTROLLER
DESIGN AND IMPLEMENTATION OF A FLEXIBLE CONTROLLER FOR ROBOT
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algorithm analysis application approach architecture autocorrelation calculated CdTe Chebyshev Chebyshev filters Chebyshev polynomials circuit configuration constraints control chart control system detection distribution dynamic electrical equation error estimate event functions failures feedback filter frequency of voltage GPIB IEEE implementation incremental input INTARP interface iteration linear load loop manipulator matrix mean call holding method monitoring motor node number of calls object obstacle obtained on-site operation optimal optimal control output packet paper parameters performance perturbed Pittsburgh power profiles prediction interval problem procedure processor quadtree reduced order repetitive control robot run length sampling sensor servomotor Session Chairman Shewhart shown in Figure signal SIMD simulation model solar cell solution spectral response stepper motor subsample ranges switch technique total number trajectory transfer function transmission Type I error University University of Pittsburgh update variables vector voltage disturbances voltage impulses zero