How does the amplitude of sensor readings or control signals affect the robot's behavior?

Nov 27, 2023 ... ... wave, as well as the formation of waves of smaller amplitude between the leading propagating wave and the upstream boundary. Note that, for ... Nonstationary waves of finite (but small) amplitude propagating in a cold plasma both at an angle with respect to the magnetic field and perpendicular to ... Wave amplitude of a transverse wave is the difference in height between the crest and the resting position. The crest is the highest point particles of the ... The wave propagation in a bubbly gelatin gel can be characterized with a Mach number, M a = 1 c Δ p / ρ l , which compares the characteristic speed of the ... amplitude wave activity and noted that the meridional excursion exhibited during LC1 was partly nonlinear advection and not completely a wave propagation phe-. Dec 20, 2021 ... To understand audio phase, see How sound waves interact. Choose Window > Phase Meter. Right-click the Phase Meter panel ... As with vibrations, amplitude describes “how big” a wave is. Bigger amplitude waves have more energy. Amplitude is easy to see on a water wave. It's the ... Mar 21, 2019 ... A solution procedure that combines the HAM-based analytical approach and Galerkin method-based numerical approach has been proposed. It provides ... Aug 9, 2013 ... Make a signal which is 3 seconds long. The frequency is 50 Hz. The amplitude is 230 V rms (i.e. peak amplitude=325 V). The peak amplitude dips ... In the high-amplitude wave regime, at each point in the axial plane, the temperature has a maximum, a minimum, and a time (or longitudinally) averaged value ...