Intelligent Beam Pattern Designing Scheme with Structured Shaping Methodology via Period Indexing

Abstract

In a communication industry, lots of improvements and enhancements became common dayby-day; all of those communications are provided to receiving units via proper pattern and
structured sharing methodologies. By means of reducing the amplitude deviations, the
narrow-beams can be efficiently produced with-respect-to respective space focusing points.
There are many beam shaping methodologies and shrinking principles available in the
existing researches, but all are similar in certain cases such as: based on the line-oriented
projections, linear sharing, Discrete-indexing and so on. This kind of issues is present in
indexing procedures, especially when the quantity/size of the beam is huge. In this paper, a
new approach is designed to attain efficient beam-shaping principles, which is called as
Structured Shaping Methodology (SSM), which is used to convert the shrinked beams into the
required beam-shapes. All the past approaches are depending on the linear-beam-sharing
scheme with fixed indexing methodology as well as beam patterns are splitted anonymously.
The Period Indexing methodology is presented in this paper to efficiently maintain the beampattern indexing as well as the SSM is highly effective to transform the beam into required
shapes. From all our experimental results shows that our beam-pattern designing scheme
such as: Structured Shaping Methodology with Period Indexing is intelligent and efficient to
attain better results compare to the available schemes present into the past systems.