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Quasirandom Sequence -- from Wolfram MathWorld
A sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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Quasirandom Sequence -- from Wolfram MathWorld
A sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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Quasirandom Sequence -- from Wolfram MathWorld
A sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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18- titleQuasirandom Sequence -- from Wolfram MathWorld
- DC.TitleQuasirandom Sequence
- DC.CreatorWeisstein, Eric W.
- DC.DescriptionA sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
- descriptionA sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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- og:titleQuasirandom Sequence -- from Wolfram MathWorld
- og:descriptionA sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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- twitter:titleQuasirandom Sequence -- from Wolfram MathWorld
- twitter:descriptionA sequence of n-tuples that fills n-space more uniformly than uncorrelated random points, sometimes also called a low-discrepancy sequence. Although the ordinary uniform random numbers and quasirandom sequences both produce uniformly distributed sequences, there is a big difference between the two. A uniform random generator on [0,1) will produce outputs so that each trial has the same probability of generating a point on equal subintervals, for example [0,1/2) and [1/2,1). Therefore, it is...
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