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Circuit-Based Modular Implementation of Quantum Ghost Imaging

机译：基于电路的Quantum Ghost成像模块化实现

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摘要

Although promising in terms of its applications in many facets of science and engineering; notably, in laser technology and remote sensing, ghost imaging is primarily impeded by its intense demands related to computational overhead, which impacts on the quality of output images. Advances in imaging and computing technologies have seen many efforts to overcome this perceived shortcoming. This study contributes towards ameliorating the earlier mentioned costs via implementation of ghost imaging from the perspective of quantum computing. Specifically, a quantum circuit implementation of ghost imaging is proposed wherein the speckle patterns and phase mask are encoded by utilizing the quantum representation of images. To accomplish this, we formulated several quantum modules, i.e. quantum accumulator, quantum multiplier, and quantum divider, and suffused them into our quantum ghost imaging (QGI) mechanism. Our study provides a new impetus to explore the implementation of ghost imaging using quantum computing resources.
机译：虽然在科学和工程的许多方面的应用方面有望;值得注意的是，在激光技术和遥感中，Ghost成像主要通过与计算开销相关的强烈需求来阻碍，这会影响输出图像的质量。成像和计算技术的进步已经看到许多努力克服这种感知的缺点。本研究通过从量子计算的角度实施鬼成像，有助于改善早期提到的成本。具体地，提出了一种鬼映像的量子电路实现，其中通过利用图像的量子表示来编码斑点图案和​​相位掩模。为实现这一点，我们制定了几个量子模块，即量子蓄能器，量子乘法器和量子分压器，并将它们占用进入我们量子鬼成像（QGI）机制。我们的研究提供了一种新的推动，探讨了使用量子计算资源的鬼映像的实现。

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