Basmah Ahmad2025-12-182025-12-182024https://escholar.umt.edu.pk/handle/123456789/16860This research work presents a comprehensive comparative analysis of various phase codes, including Gold codes, Kasami codes, Barker codes, Frank codes, and chaotic codes. The study aimed to evaluate their performance in terms of autocorrelation, cross correlation properties, probability of false alarms and range doppler maps. Additionally, interpulse coding technique is applied to develop a waveform that exhibits desirable characteristics. The initial phase of the research involved a detailed investigation and theoretical analysis of each phase code. The properties of autocorrelation , cross correlation and Peak-To-Side-Lobe Ratio were evaluated for these codes, revealing their strengths and weaknesses in different scenarios. This comparative analysis provided valuable insights into the performance of phase codes, allowing for informed selection and optimization. In addition to it, the interpulse coding has also been applied to study various phase codes configurations. Furthermore, Kronecker product is also implemented to different phase codes configurations in order to analyze different methods to achieve improved results in terms of correlation properties. This research contributes to the understanding of phase codes’ properties and their suitability for different applications. The incorporation of range doppler analysis offers a promising approach, making it particularly valuable in scenarios where reliable communication is essential. The findings of this study can be advantageous in the development of future communication systems that utilize phase codes to achieve robust and efficient signal transmissionenThesis