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Application of the Phase Recovery Algorithm Based on the Parallel Architecture in the Holographic Projection Technology

机译:相位回收算法在全息投影技术中的并行架构中的应用

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Compared with conventional display technology, holographic projection technology has outstanding advantages. The phase retrieval algorithm is a key image processing algorithms in holographic projection technology. The constringency speed and precision of these algorithms need to be raised. The performance of the algorithms above are not satisfactory, sometimes they cannot even guarantee that the iterative process converges to the correct solutions. Then, this paper proposes a parallel architecture based on the phase recovery algorithm-Parallel Gerchberg-Saxton with Genetic Algorithm (PGSGA). Simulation has proved that the proposed algorithm PGSGA is better in convergence rate and the restoration quality by testing gray-scale image.
机译:与传统的显示技术相比,全息投影技术具有出色的优势。相位检索算法是全息投影技术中的关键图像处理算法。需要提高这些算法的收敛速度和精度。上述算法的性能并不令人满意,有时他们甚至无法保证迭代过程会聚到正确的解决方案。然后,本文提出了一种基于遗传算法(PGSGA)的相位恢复算法平行Gerchberg-Saxton的并行架构。已经证明,通过测试灰度图像,所提出的算法PGSGA更好地归因于收敛速度和恢复质量。

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