Enhanced pixcel resolution for Holographic visuals using improved imageing model

the call for extra realistic and immersive visuals has caused improvements in holographic technology. But, a common hassle in holographic shows is the absence of sufficient pixel decision, leading to a grainy and much less distinct picture. This limits the ability to do holographic presentations in numerous industries, including amusement, training, and healthcare. To address this trouble, our proposed answer is to increase an improved imaging version that enhances the pixel resolution of holographic shows. The model includes advanced algorithms and processing techniques to grow the variety of pixels displayed on a holographic display screen. The version utilizes a multi-layered technique, where a couple of holographic projections are stacked collectively, each containing various stages of depth and element. This allows for a better pixel density and intensity belief, resulting in a more sensible and distinct photo. Moreover, the version includes first-rate-resolution strategies, which use synthetic intelligence and system-getting-to-know algorithms to create additional pixels based on existing facts.