In this work we propose a new measure for the visibility of the stroboscopic effect (Stroboscopic Visibility Measure - SVM). It is based on summation of the energy in different frequencies, normalized for human sensitivity per frequency. The exact parameters of the model were fitted based on ...
The "stroboscopic visibility measure" SVM for evaluating the stroboscopic effect on moving objects in the frequency range 80Hz to 2000Hz.For both parameters, a value of 1 means that an average observer recognizes the flicker with a probability of 50%. The permissible limits are 1 for PstLM an...
Four perception experiments are reported, in which a typical office environment was simulated, and the acceptability of the stroboscopic effect was measured, expressed as the percentage of people annoyed with the effect as a function of Stroboscopic effect Visibility Measure value. A limit of SVM =...
This paper describes a method to measure the visibility of the stroboscopic effect, and discusses the impact of frequency, duty cycle, wave shape and intensity. All experimental results are combined to define a measure that accurately predicts the visibility of the stroboscopic effect based on the ...
Three perception experiments were conducted to develop a measure for predicting the visibility of the stroboscopic effect occurring in temporally modulated light systems. In the first experiment, different methodologies were evaluated for their measurement error. In the second experiment, the visibilities ...
This paper describes a method to measure the visibility of the stroboscopic effect, and discusses the impact of frequency, duty cycle, wave shape and intensity. All experimental results are combined to define a measure that accurately predicts the visibility of the stroboscopic effect based on the ...