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Reduced side lobe level and null control, with and without considering the mutual coupling effect in the cost function have been achieved by an optimum perturbation of the array elements' current excitation amplitude weights and the inter-element spacing among the array elements.
This paper presents an investigation of mutual coupling effect among the array elements in a symmetric linear array antenna with the aim of reducing the side lobe level and the null control for the radiation pattern synthesis using BAT Algorithm.
The far-field radiation pattern improves with lower Side Lobe Level (SLL) which is essential for the reduction of interference in the entire side lobe regions.
Side lobe level (SLL) reduction is the key challenge in antenna array synthesis.
Side lobe level (SLL) reduction has a great importance in recent communication systems.
Five chirp schemes were designed to investigate the relationship of the range side lobe level (RSLL), main lobe width and energy for strain imaging.
In this paper, interference mitigation for multi-beam antenna subset modulation via side lobe level reduction is introduced.
These results clearly indicate that CPI-CTHI may enhance tissue contrast with less range side lobe level than PI-CTHI.
For decreasing side lobe level in high scan angles, genetic algorithm is applied and excitations of array elements are optimized.
This paper deals with the design of steerable concentric rings array for low side lobe level using evolutionary optimization.
A design problem of non-uniform circular antenna arrays for maximal side lobe level reduction with the constraint of a fixed beam width is dealt with.
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