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Basic concepts of measurements and measuring systems
Probability calculus stochastic random processes Introduction
6 other sections not shown
absolute error accuracy amplitude analogue approximate quantities arithmetic mean assume attenuation bandwidth basis calculators called chart co-ordinate system components correlation functions curve decibel defined denoted density function determined device discrete distribution function electronic equation ergodic hypothesis error limit examination expected value Fourier frequency analysis function scales function y(x graphical harmonic illustrate important input integral interpolation keys linear logarithmic units magnetic mathematical mean value measurand measured data measured signal measured value MEASUREMENT ERRORS measurement information measurement series measuring instrument measuring system memory methods neper nomograms notation number of measurements obtained octave operations output parameters physical quantities plotted points polynomial practice probability properties random variable readout real-time analyser recording reference relationship relative error result Section shown in Fig slide rule so-called spectrum stationary statistical stochastic signals straight line Table test signals tion transducer trigonometric interpolation variables voltage yield