Table 1.

Estimated parameters of information-theoretic noisy DMC model used in this work.a

py|xy=0y=1y=2px
x=00.959610.038470.001920.81555
x=10.187160.674920.137920.16278
x=20.131090.359780.509130.02168
py|xy=0y=1y=2px
x=00.959610.038470.001920.81555
x=10.187160.674920.137920.16278
x=20.131090.359780.509130.02168
a

The pattern density distribution px for the pattern CTTAAG is shown on the human genome sequences. The label detection likelihood py|x was estimated from experimental human DNA fragments, and the human genome hg38 with the same pattern labeled, as described in Section 2.1.2. The number of pattern occurrences in a genome bin, x, was capped at 2, and the number of labels detected in a DNA fragment bin, y, was capped at 2. The bin size used was 1 kb.

Table 1.

Estimated parameters of information-theoretic noisy DMC model used in this work.a

py|xy=0y=1y=2px
x=00.959610.038470.001920.81555
x=10.187160.674920.137920.16278
x=20.131090.359780.509130.02168
py|xy=0y=1y=2px
x=00.959610.038470.001920.81555
x=10.187160.674920.137920.16278
x=20.131090.359780.509130.02168
a

The pattern density distribution px for the pattern CTTAAG is shown on the human genome sequences. The label detection likelihood py|x was estimated from experimental human DNA fragments, and the human genome hg38 with the same pattern labeled, as described in Section 2.1.2. The number of pattern occurrences in a genome bin, x, was capped at 2, and the number of labels detected in a DNA fragment bin, y, was capped at 2. The bin size used was 1 kb.

Close
This Feature Is Available To Subscribers Only

Sign In or Create an Account

Close

This PDF is available to Subscribers Only

View Article Abstract & Purchase Options

For full access to this pdf, sign in to an existing account, or purchase an annual subscription.

Close