Figure 2A shows that altering this parameter has a dramatic effect on sensitivity, with a rapid drop when the values are set above 20.
Adolescence is a time when many of our values are set in stone, shifted only with the great upheavals that life is bound to hand each of us.
Upon collision, cells always attached when the parameter values were set to 1. Cell attachments were blocked when the parameter value was 0. We varied both from 0 to 1, and documented changes in aggregation and ALC formation.
However, when the missing values were set to the maximum recorded value, the model was very different, with only gender predicting fatigue.
Specifically, we detected 32 and 15 amino acid positions which presumably submitted to altered functional constraints when the PP threshold values were set to 0.87 and 0.95, respectively.
Figure 7 shows the comparison of transmitted data numbers of both data aggregation schemes when the number of predicted values is set to 150.
Figure 8 shows the ARIMA model rebuild times of our proposed scheme at different error threshold when the number of predicted values is set to 150 and historical data size is set to 35.
When ln transforming DRS, negative values were set to 0.001.
Indicator variables were used to represent these categories for the first blip per episode; these indicator values were set when a first blip occurred and remained constant until the end of the episode.
This algorithm successfully detected 25 of 32 HCC cases when applied to discriminate HCC from LC. Conversely, AFP detected only 12 of 32 HCC cases from LC when cutoff value was set as 20 ng/mL, showing an accuracy of 64.5 % (95 % CI 52.1 75.3%%), a sensitivity of 37.5 % (95 % CI 22.9 54.8%%), and a specificity of 93.3 % (95 % CI: 78.7 98.2 %).
Except Scene 3, more than 100 bits in average can be embedded into each I frame as the global information when the value is set below 30.
