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arXiv 2303.07296cs.CCquant-ph
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关于概率之间的算法信息

On the Algorithmic Information Between Probabilities

Samuel Epstein

AI总结:

本文将算法守恒不等式推广至概率测度,证明随机化处理不会增加测度的自信息量,并应用于量子测量场景,表明绝大多数纯态不会产生有意义的信息。

摘要:

我们将算法守恒不等式推广到概率测度。概率测度的自信息量在经历随机化处理后不会增加。这包括有限序列、无限序列以及T0、第二可数拓扑上的(可能不可计算的)测度。一个例子是实数上信号与概率核的卷积。因此,任何信号由于平滑处理……我们证明,给定一个量子测量,对于绝大多数纯态而言,不会产生有意义的信息。

英文摘要:

We extend algorithmic conservation inequalities to probability measures. The amount of self information of a probability measure cannot increase when submitted to randomized processing. This includes (potentially non-computable) measures over finite sequences, infinite sequences, and $T_0$, second countable topologies. One example is the convolution of signals over real numbers with probability kernels. Thus the smoothing of any signal due We show that given a quantum measurement, for an overwhelming majority of pure states, no meaningful information is produced.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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