Исследование ортогональности сигналов с вращением вектора поляризации

The objects of this study were the properties of time-bound electromagnetic waves (wave packets) from rotating in space vectors of polarization with a constant angular velocity. It is shown that the formal condition of function orthogonality on some interval of their argument, which is an integrated energy characteristics of their mutual influence, can be extended to a system of time-wave packets with the specified polarization characteristics. It is designed an adjustable threshold criterion level, which defines the boundaries of signals orthogonality in a two-dimensional space of frequency-difference parameters. It has been demonstrated that with an increase in the duration of these packages there is a tendency to extend the set of frequency parameters that satisfy the criteria specified level of orthogonality.Объектами данного исследования являлись свойства ограниченных во времени электромагнитных колебаний (волновых пакетов) с вращающимися в пространстве с постоянной угловой скоростью векторами поляризации. Показано, что формальное условие ортогональности функций на некотором интервале их аргумента, которое представляет собой интегральную энергетическую характеристику их взаимного влияния, может быть распространено на систему ограниченных во времени волновых пакетов с указанными поляризационными характеристиками. Разработан пороговый критерий с регулируемым уровнем, определяющим границы ортогональности таких сигналов в двумерном пространстве их частотно-разностных параметров. Продемонстрировано, что с увеличением длительности указанных пакетов наблюдается тенденция расширения множества их частотных параметров, удовлетворяющих установ-енному уровню критерия ортогональности

Study of Orthogonal Signals to the Rotation of the Polarization Vector

The objects of this study were the properties of time-bound electromagnetic waves (wave packets) from rotating in space vectors of polarization with a constant angular velocity. It is shown that the formal condition of function orthogonality on some interval of their argument, which is an integrated energy characteristics of their mutual influence, can be extended to a system of time-wave packets with the specified polarization characteristics. It is designed an adjustable threshold criterion level, which defines the boundaries of signals orthogonality in a two-dimensional space of frequency-difference parameters. It has been demonstrated that with an increase in the duration of these packages there is a tendency to extend the set of frequency parameters that satisfy the criteria specified level of orthogonality.</p

Study of Orthogonal Signals to the Rotation of the Polarization Vector

The objects of this study were the properties of time-bound electromagnetic waves (wave packets) from rotating in space vectors of polarization with a constant angular velocity. It is shown that the formal condition of function orthogonality on some interval of their argument, which is an integrated energy characteristics of their mutual influence, can be extended to a system of time-wave packets with the specified polarization characteristics. It is designed an adjustable threshold criterion level, which defines the boundaries of signals orthogonality in a two-dimensional space of frequency-difference parameters. It has been demonstrated that with an increase in the duration of these packages there is a tendency to extend the set of frequency parameters that satisfy the criteria specified level of orthogonality