bigram: Data from bigram

In ZiqingHo/BasicMC: Formation of transition matrix from raw data, simple analysis and applications of finite-state discrete time-homogeneous Markov Chain

Description

This is data of the lowercase-by-lowercase bigram frequency from a to z

Usage

data(bigram)

Format

A data frame with 26 rows and 27 variables:

Alphabet

The current alphabet

a

Frequency of the letter "a" appears in the next state

b

Frequency of the letter "b" appears in the next state

c

Frequency of the letter "c" appears in the next state

d

Frequency of the letter "d" appears in the next state

e

Frequency of the letter "e" appears in the next state

f

Frequency of the letter "f" appears in the next state

g

Frequency of the letter "g" appears in the next state

h

Frequency of the letter "h" appears in the next state

i

Frequency of the letter "i" appears in the next state

j

Frequency of the letter "j" appears in the next state

k

Frequency of the letter "k" appears in the next state

l

Frequency of the letter "l" appears in the next state

m

Frequency of the letter "m" appears in the next state

n

Frequency of the letter "n" appears in the next state

o

Frequency of the letter "o" appears in the next state

p

Frequency of the letter "p" appears in the next state

q

Frequency of the letter "q" appears in the next state

r

Frequency of the letter "r" appears in the next state

s

Frequency of the letter "s" appears in the next state

t

Frequency of the letter "t" appears in the next state

u

Frequency of the letter "u" appears in the next state

v

Frequency of the letter "v" appears in the next state

w

Frequency of the letter "w" appears in the next state

x

Frequency of the letter "x" appears in the next state

y

Frequency of the letter "y" appears in the next state

z

Frequency of the letter "z" appears in the next state

Examples

data(bigram)

ZiqingHo/BasicMC documentation built on May 21, 2019, 2:29 a.m.