Fusion Data-Assisted Optimization of Holographic System

The quest for authentic three-dimensional (3D) imaging has driven significant advances in holographic projection technology. The proposed model explores the integration of computational holography and data fusion methods to enhance holographic display systems. This study presents a novel holographic system combined with a sophisticated data fusion model to improve overall functionality and performance. The proposed system utilizes computational holography to generate robust and reproducible holographic representations that overcome the limitations of physical objects. By synergizing data fusion techniques with holographic imaging, our system maximizes efficiency and adaptability in various applications. Through design, implementation, and optimization, this thesis provides a comprehensive overview of our innovative holographic system and its integration with data fusion, contributing to the advancement of holographic display technologies.