Two properties of pseudo-random sequences (Corresp.)
Lara Campbell
Abstract
Lara Campbell
Abstract
The so-called "pseudo-random" (p-r) sequences defined below have two properties which may make them useful in certain communication systems. Stated roughly, the first property is that the minimum distance between different signals of a special class is maximized and the second is that the probability that one member of this class be mistaken for some other member is minimized. The so-called "pseudo-random" (p-r) sequences defined below have two properties which may make them useful in certain communication systems. Stated roughly, the first property is that the minimum distance between different signals of a special class is maximized and the second is that the probability that one member of this class be mistaken for some other member is minimized.
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The so-called "pseudo-random" (p-r) sequences defined below have two properties which may make them useful in certain communication systems. Stated roughly, the first property is that the minimum distance between different signals of a special class is maximized and the second is that the probability that one member of this class be mistaken for some other member is minimized. The so-called "pseudo-random" (p-r) sequences defined below have two properties which may make them useful in certain communication systems. Stated roughly, the first property is that the minimum distance between different signals of a special class is maximized and the second is that the probability that one member of this class be mistaken for some other member is minimized.
Key concepts: Property (philosophy), Class (philosophy), Mathematics, Random variable, Combinatorics, Discrete mathematics, Computer science, Statistics