Taylor Distribution

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Continuous line source with Taylor distribution, discretized to obtain current excitation distribution for Taylor linear arrays, leading to the computation of radiation patterns with implementation insights

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This article explores continuous line sources characterized by Taylor distributions, which are discretized to derive current excitation distributions for Taylor linear arrays. The resulting data enables computation of radiation patterns for these arrays, facilitating deeper analysis of their performance characteristics. The Taylor distribution represents a significant probability distribution frequently employed in signal processing and communication systems. For implementation, the discretization process typically involves sampling the continuous distribution at array element positions, followed by normalization to ensure proper excitation levels. Code implementations often utilize array manipulation functions and pattern calculation algorithms based on array factor formulations. This content provides valuable insights for researchers and practitioners working in related technical domains.

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