Phase-Only Beam Synthesis Program Developed Using Genetic Algorithm

The phase-only beam synthesis program developed using genetic algorithms provides an effective method for sidelobe reduction. This program achieves precise beam control by optimizing phase weighting distributions across antenna elements through genetic algorithm operations including selection, crossover, and mutation. The implementation typically involves defining fitness functions that minimize sidelobe levels while maintaining main lobe characteristics. Additionally, beam performance can be further enhanced by integrating other signal processing techniques such as digital filtering and adaptive equalization. The core algorithm works by evolving a population of phase solutions over multiple generations to converge toward optimal phase configurations. In conclusion, this phase-only beam synthesis program serves as a powerful tool with significant applications in wireless communication systems and radar technology, particularly where hardware constraints limit amplitude control.