README.md
In AUMath-AdvancedR2018/AR1: Tools for working with AR(1) processes.
AR(1) simulation
In this project we develop tools to simulatie an AR(1) process, given a distrubution of the white noise.
Getting started
This is a quick guide to how you get started with our project.
Prerequisites
R or RStudio
Installing
Open R or RStudio. Type and run the following code:
install.package("simAR1")
library("simAR1")
Authors
- Katrine Holde
- Ida Egendal
Acknowledgments
This project was made with the theory from the course Stochastic Processes by Jan Pedersen. The idea to make this project and a great part of the development happened in the course Advanced R Progammming with Statistical Applications by Ute Hahn. Hats off to you :penguin:.
AUMath-AdvancedR2018/AR1 documentation built on May 24, 2019, 7:36 a.m.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
AR(1) simulation
In this project we develop tools to simulatie an AR(1) process, given a distrubution of the white noise.
Getting started
This is a quick guide to how you get started with our project.
Prerequisites
R or RStudio
Installing
Open R or RStudio. Type and run the following code:
install.package("simAR1")
library("simAR1")
Authors
- Katrine Holde
- Ida Egendal
Acknowledgments
This project was made with the theory from the course Stochastic Processes by Jan Pedersen. The idea to make this project and a great part of the development happened in the course Advanced R Progammming with Statistical Applications by Ute Hahn. Hats off to you :penguin:.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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