et al.: Quantum digital image processing algorithms based on quantum measurement. Optik - International Journal for Light and Electron Optics. 124(23), 6386-6390 (2013)Yuan, S., Mao, X., Chen, L., Xuke, Y.: Quantum digital image processing algorithms based on quantum measurement. Optik ...
Quantum image processing (QIP) means the quantum-based methods to speed up image processing algorithms. Many quantum image processing schemes claim that their efficiency is theoretically higher than their corresponding classical schemes. However, most of them do not consider the problem of measurement....
第三个聚簇主要围绕量子计算和量子信息学技术,包括量子算法(Quantum Algorithm)、 搜索算法(Search Algorithm)、神经网络(Neural Networks)、深度学习算法(Deep Learning Algorithms)、纠错算法(Error Correction)、 量子图像处理(Quantum Image Processing)等,在第二个和第三个聚簇交汇处出现量子测量领域相关技术。 此外,量...
This research aims to revolutionize complex image clipping using quantum computing, particularly in line clipping algorithms. Traditional methods like Cohen-Sutherland, Liang-Barsky, Cyrus-Beck, and Fast Clipping have limitations in scalability and efficiency. The proposed quantum line clipping algorithm use...
proposed the generalized quantum image representation (GQIR) and quantum image scaling up based on GQIR and nearest-neighbor interpolation with integer scaling ratio18. In the aspects of quantum protection, some algorithms have appeared recently such as quantum image scrambling19,20,21, quantum ...
quantum image representation (GQIR)23. Several quantum image processing algorithms have been introduced in the literature using these QIRs. For example, Zhang et al.24,25introduced an image edge extraction algorithm (QSobel) based on FRQI and also a quantum feature extraction framework based on ...
We provide a comprehensive survey on quantum image processing to gather the current mainstream and discuss the advances made in the area, including quantum image representations, processing algorithms, and image measurement. Moreover,some open challenges and future directions are pointed out to attract ...
Quantum watermarking embedding and extraction algorithms The quantum module of scrambling including two QE modules, and two 2-CNOT PD-MOD modules is expressed in Fig. 17. Consequently, the complexity of scrambling is 20v − 20. The complexity of a quantum watermarking embedding circuit including...
The aforementioned image encryption algorithms are constructed in the spatial domain which easily destroys the correlation between pixels28. The frequency domain based image encryption scheme is more efficient, more robust and preserve the information of image even though going through the inverse process...
Quantum image processing (QIMP) is devoted to utilizing the quantum computing technologies to capture, manipulate, and recover quantum images in different formats and for different purposes. Logically, percolating this requires that representations to encode images based on the quantum mechanical compositio...