采用十进制到二进制转换方法的编码器/解码器量子电路的设计与实现

Pooja H M, Nayana M G, Triveni C L
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引用次数: 0

摘要

量子计算是一项新兴技术。量子计算机将主要关注量子理论的原理。我们设计了一些主要的数据处理电路,如编码器和解码器,即$16\times 4$编码器和$4\times 16$解码器,使用十进制到二进制转换方法,反之亦然。其中,编码器用于将输入信号编码为编码值。解码器用于与编码器共轭到解码器,编码信号,并恢复原始信号。对于所有可能的输入,我们得到概率=1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of Encoder/Decoder Quantum Circuits using Decimal to Binary Conversion Method and vice versa
Quantum Computing is an emerging technology. Quantum Computer will mainly focus on the principles of quantum theory. We design some major data processing circuits like encoder and decoder i.e., $16\times 4$ encoder and $4\times 16$ decoder using decimal to binary conversion method and vice versa. Where an encoder is used to encode an incoming signal into an encoded value. A decoder is used in conjugation with the encoder to the decoder, the encoded signals, and recover the original signal. For all the given possible inputs we got probability=1.
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