Discrete Stochastic Processes examples
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I am trying to understand various types of stochastic processes. In order for that to happen, I needed some simple examples to be built so that I can build an intuition about them.
According to the book of Hwei Hsu (Chapter-5, Page-161, "Description of a Random Process"), I can design the following simple and intuitive examples myself using only a standard die:
1. Discrete-parameter (or Discrete-time) process
3. Discrete-state process (or a Chain)
Suppose, we roll a die either a finite ($n$) number of times or an infinite number of times and plot them as a graph like the following:
Are my examples correct? If not, kindly help me to make the necessary corrections.
probability stochastic-processes random-variables
asked Jan 10 at 20:44
user366312user366312
667418
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add a comment |
$begingroup$
I am trying to understand various types of stochastic processes. In order for that to happen, I needed some simple examples to be built so that I can build an intuition about them.
According to the book of Hwei Hsu (Chapter-5, Page-161, "Description of a Random Process"), I can design the following simple and intuitive examples myself using only a standard die:
1. Discrete-parameter (or Discrete-time) process
3. Discrete-state process (or a Chain)
Suppose, we roll a die either a finite ($n$) number of times or an infinite number of times and plot them as a graph like the following:
Are my examples correct? If not, kindly help me to make the necessary corrections.
probability stochastic-processes random-variables
asked Jan 10 at 20:44
user366312user366312
667418
$endgroup$
$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05
add a comment |
$begingroup$
I am trying to understand various types of stochastic processes. In order for that to happen, I needed some simple examples to be built so that I can build an intuition about them.
According to the book of Hwei Hsu (Chapter-5, Page-161, "Description of a Random Process"), I can design the following simple and intuitive examples myself using only a standard die:
1. Discrete-parameter (or Discrete-time) process
3. Discrete-state process (or a Chain)
Suppose, we roll a die either a finite ($n$) number of times or an infinite number of times and plot them as a graph like the following:
Are my examples correct? If not, kindly help me to make the necessary corrections.
probability stochastic-processes random-variables
asked Jan 10 at 20:44
user366312user366312
667418
$endgroup$
I am trying to understand various types of stochastic processes. In order for that to happen, I needed some simple examples to be built so that I can build an intuition about them.
According to the book of Hwei Hsu (Chapter-5, Page-161, "Description of a Random Process"), I can design the following simple and intuitive examples myself using only a standard die:
1. Discrete-parameter (or Discrete-time) process
3. Discrete-state process (or a Chain)
Suppose, we roll a die either a finite ($n$) number of times or an infinite number of times and plot them as a graph like the following:
Are my examples correct? If not, kindly help me to make the necessary corrections.
probability stochastic-processes random-variables
probability stochastic-processes random-variables
asked Jan 10 at 20:44
user366312user366312
667418
asked Jan 10 at 20:44
user366312user366312
667418
asked Jan 10 at 20:44
user366312user366312
667418
asked Jan 10 at 20:44
user366312user366312
667418
asked Jan 10 at 20:44
user366312user366312
667418
667418
$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05
add a comment |
$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05
$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05
$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05
add a comment |
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$begingroup$
The example is a correct example of a simple process.
$endgroup$
– herb steinberg
Jan 10 at 22:05