The Influence Of Dual-channel Animation Loading On User Time Perception

Watching online video often results in poor performance such as playing Cottonwood or delays that force you to wait,which can increase your time perception and affect your experience,longer wait times prompt users to switch tasks rather than wait.Therefore,the online video card,how to "Retain" users continue to wait for video software developers are facing a huge challenge.Previous single-channel(visual channel)studies have shown that users perceive animated Loading more quickly than modal boxes(rectangular or annular progress bars)and picture Loading.The redundant signal effect shows that the temporal perception of multi-channel stimuli is faster than that of single-channel stimuli when multiple stimuli are presented simultaneously in different sensory channels.Therefore,this study draws the effect to the loading interface in Cottonwood when the online video is played,in order to optimize and enrich the Loading types,two progressive experiments were conducted to explore the effect of two-channel(visual and auditory)animated Loading on the user’s time perception.Specifically,the first experiment used behavioral experiments to examine the effect of two-channel animated Loading on time perception under the Cottonwood condition.However,users are more selective when viewing online videos,and tend to prefer to choose the content they are interested in watching.When watching this type of online video,when Cottonwood loads,does the effect of redundant signals make people perceive less time? On the basis of experiment 1,Experiment 2 further investigated the effect of dual-channel animation Loading on users’ time perception under Cottonwood’s condition.In experiment 1,40 college students with stable mood were selected by using depression-anxiety-stress scale in order to ensure the scientific and reliable results of the baseline experiment,the starting video was a neutral online video with2(Loading type: two-channel animation,single-channel animation)× 4(Loading duration: 5S,10 s,20s,50s).The results showed that the redundant signal effect could be drawn to Cottonwood’s Loading interface when the subjects estimated the Loading duration of two-channel animation Loading significantly lower than that of single-channel animation Loading,this was shown in four different Loading durations(5s,10 s,20s,and 50s).In experiment 2,40 college students with stable mood were selected by using depression-anxiety-stress scale,the in-subject design was designed with 2(online video involvement: high involvement,low involvement)× 2(Loading type:two-channel animation Loading,single-channel animation Loading)× 4(Loading rendering time: 5S,10 s,20s,50s).The results showed that the interactive effect between Loading and online video was significant.Under the condition of Cottonwood,the estimated duration of two-channel animation Loading was significantly lower than that of single-channel animation Loading,however,no significant difference was found under the condition of low-involvement online video.To sum up,the redundant signal effect can be pulled into the online video playback Cottonwood’s loading interface,as opposed to the low-involvement online video,the time interval estimation of the two-channel animation Loading under the Cottonwood condition was significantly smaller than that of the single-channel animation Loading.It shows that the user’s time perception of double-channel animation Loading is shorter,and the advantage of double-channel animation Loading is greater.