Nope. Sampling time - is the amount of time it takes to obtain the sample. Sampling interval - is the period of time between samples. For example - it may take 10 seconds to obtain a sample. Obtaining a sample once a day is a sampling interval of 24 hours.
If the sampling frequency doubles, then the quantization interval remains the same. However, with a higher sampling frequency, more quantization levels are available within each interval, resulting in a higher resolution and potentially improved signal quality.
Sampling Interval is the inverse of sampling ratio. For instance, we want to sample 300 names from 900. After a random starting point, we select every third name of the 900 to get a sample of 300. The sampling ratio is 300/900 = 0.333 (or 33%) and the sampling interval is 1/0.333 which is 3.
sampling gates are transmission circuits in which the output is an exact replica of input wavefrom during that selected time interval and is zero otherwise that means only for selected time period the output remains same and for remaining time period the output is zero swamyuniveres@ymail.com
definition of time sampling
No.
Isochronous literally means "to occur at the same time or at equal time interval.
It depends on how much force you put into it
No. For instance, when you calculate a 95% confidence interval for a parameter this should be taken to mean that, if you were to repeat the entire procedure of sampling from the population and calculating the confidence interval many times then the collection of confidence intervals would include the given parameter 95% of the time. And sometimes the confidence intervals would not include the given parameter.
sampling is a waste of time
Sampling up an image is the same with enlarging it. You can use up sampling to fit an image to a larger surface.
MELODIC--are notes played separately. HARMONIC-- are notes played together. C- G =a melodic interval. C AND G played at the same time = a harmonic interval.
The Sampling time means that at how much interval of time the continuous time signal is recorded For example If we have a simple square wave starting from 0 sec and ends at 5 sec with magnitude of 1 and let sampling time is Ts=0.5 second Then the no. of samples obtained will be after each 0.5 second. So total number of samples will be 10. Check it graphically and it will be more easy to understand. By Armaghan Zafar