Limit Theorems
... partitioned into consecutive intervals of the form Ik = {2k , 2k + 1, . . . , 2k+1 − 1}. Note that the length of Ik is 2k , which increases with k. During each Ik , there is exactly one arrival, and all times within an interval are equally likely. The arrival times within different intervals are ass ...
... partitioned into consecutive intervals of the form Ik = {2k , 2k + 1, . . . , 2k+1 − 1}. Note that the length of Ik is 2k , which increases with k. During each Ik , there is exactly one arrival, and all times within an interval are equally likely. The arrival times within different intervals are ass ...
Chapter 2 Exploring Data with Graphs and Numerical Summaries
... c) The dot and stem-and-leaf plots allow us to see all the individual data points; we cannot see the individual values in the histogram. d) The label of the vertical axis would change from Frequency to Percentage, but the relative differences among bars would remain the same. For example, the freque ...
... c) The dot and stem-and-leaf plots allow us to see all the individual data points; we cannot see the individual values in the histogram. d) The label of the vertical axis would change from Frequency to Percentage, but the relative differences among bars would remain the same. For example, the freque ...
Chapter 5 - Chris Bilder`s
... stats[statevalf,pf,binomiald[n,p]](x); Yes, this is strange syntax! Here’s an explanation: The first call to “stats” tells Maple to use the “statistics” package inside of it which is not automatically ready to be used. The call to “statevalf” is a subpackage in stats that tells Maple to evaluate ...
... stats[statevalf,pf,binomiald[n,p]](x); Yes, this is strange syntax! Here’s an explanation: The first call to “stats” tells Maple to use the “statistics” package inside of it which is not automatically ready to be used. The call to “statevalf” is a subpackage in stats that tells Maple to evaluate ...
Probability and Statistics for Bioinformatics
... of nucleotides, and if they were lined up side by side and the sequence of nucleotides compared, they would be very nearly identical. Recall that for humans, a diploid cell has 23 pairs of homologous chromosomes, for a total of 46 chromosomes. Of these 23 pairs, 22 are called autosomes. Autosomes ar ...
... of nucleotides, and if they were lined up side by side and the sequence of nucleotides compared, they would be very nearly identical. Recall that for humans, a diploid cell has 23 pairs of homologous chromosomes, for a total of 46 chromosomes. Of these 23 pairs, 22 are called autosomes. Autosomes ar ...
Significance/Hypothesis Testing
... consequently, the two methods are often confused. In hypothesis testing, the underlying model (Step 1), the null and alternative hypotheses (Step 2), and the test statistic (Step 3), are formulated exactly the same way as in significance testing. The first difference arises in the design step (Step ...
... consequently, the two methods are often confused. In hypothesis testing, the underlying model (Step 1), the null and alternative hypotheses (Step 2), and the test statistic (Step 3), are formulated exactly the same way as in significance testing. The first difference arises in the design step (Step ...