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An inverse non-linear force vibration problem based on the iterative regularization method, i.e., the conjugate gradient method (CGM), is used to estimate the unknown time-dependent external forces in a damped system having time-dependent system parameters by using the measured system displacement.
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A vector quantity "residue" is defined using the measured vibration response of the rotor system and the modeled system matrices.
The introduced notion of algebraic strong observability allows recovering the state of the system using the measured output and its derivatives.
BER simulation for 802.11p using the measured channel data.
Distance calibration was performed using the measured camera separation.
The purpose of fault diagnosis of stochastic distribution control (SDC) systems is to use the measured input and the system output probability density functions (PDFs) to obtain the fault information of the SDC system.
Australia uses the metric system.
The idea about this approach is to use the measured performance parameters of the system, e.g., pressure, temperature, speed, vibration, current..., etc. to create a model that correlates these parameters variation to system degradation and fault progression and then use this model for RUL estimation.
Figure 4 Magnitude and phase plots of the measured system transfer function ( (pmb{h omega)}) ) and the function fit used for the simulation.
Consider the measurement described above: the pointer "witnesses" the value acquired by the measured observable of the measured system.
All three systems use the measured eye motion to lock the OCT scanning grid on its moving retinal target by either direct correction of the OCT galvanometer scanners or correction via secondary tracking scanners.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com