| 1. | Recently, the exponential rate of convergence of the error probability was provided.
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| 2. | It also allowed the calculation of both types of error probabilities.
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| 3. | Articles with small deletion margins and high error probabilities are what matters to me.
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| 4. | This permits device-independent, high-fidelity data storage for computationally useful periods with bounded error probability.
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| 5. | For that, let us sort the 2 ^ k messages by their decoding error probabilities.
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| 6. | The bit error ratio can be considered as an approximate estimate of the bit error probability.
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| 7. | Phred was able to calculate highly accurate quality scores that were logarithmically linked to the error probabilities.
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| 8. | The decoding error probability is exponentially small.
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| 9. | Thus the achieved decoding error probability of C ^ { * } is exponentially small as Theorem 1.
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| 10. | The mathematics of this approach were rather simple, since Phred quality scores are logarithmically linked to error probabilities.
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