Titlebook: Elements of Detection and Signal Design; Charles L. Weber Textbook 1987Latest edition Springer-Verlag New York Inc. 1987 Modulation.Phase.

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https://doi.org/10.1007/978-3-663-04371-3hogonal to one another can be extended and is indeed the solution for these cases. That is, for a given . the solution to the signal-design problem is shown to consist of . lower-dimensional regular simplices placed mutually orthogonal to one another, where the number of signals in each regular simp

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Optimality for Coherent Systems When the Dimensionality Is Restricted to , ≤ , − ,, Where , ≤ ,/2hogonal to one another can be extended and is indeed the solution for these cases. That is, for a given . the solution to the signal-design problem is shown to consist of . lower-dimensional regular simplices placed mutually orthogonal to one another, where the number of signals in each regular simp

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Introduction, that is, systems whose purpose is to transfer information from a source to a destination. This theory may be conveniently divided into three overlapping parts: the source or generation of information, its transmission, and the reception of the signals containing the desired information. The purpos

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A Mathematical Modelnd yet sufficiently specific to enable us to apply the concepts of statistical-decision theory as well. We shall examine the general reception problem as a statistical-decision problem and hence shall assume certain statistics of the messages and channel disturbances depending on the criterion for s

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Binary Detection Systems Minimizing the Average Riske resulting minimum average risk. We shall see that the optimal decision function is the ., regardless of the cost function and regardless of the a priori probabilities, and that these parameters affect only a threshold level.

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