- Introduction
- Data
- What's included
- Bugs and feature requests
- Contributing
- Creators
- Thanks
- Copyright and license
Nowaday, the suicide prevention campaign are now at every country which raise awareness, since the suicide count is rising exponentially. However, knowing the causality level of suicidal is a major key to prevent it.
with this problem, data is very useful we can use to identify the cause, so our team decided to find the dataset about suicide statistics,and the dataset we found out is from World Health Organization (WHO), which contain the count of death person from suicide for each country.
Each observation in this dataset contains country,year,sex,age, and population which we can use to predict suicide count
However, our limitation is only the country that belongs to Asia will be inspected, that is why we will filter the original dataset to only Asian countries (which we will filter via Python)
As we mentioned before that we use the dataset collected by WHO, so here is s the original dataset : WHO Suicide Statistics
Explanatory variable :
- Country : there are 27 countries eg. Albania, Thailand, Japan (categorical)
- Year : The time period happens eg. 1986, 2012 (numerical)
- Sex: Male and female (categorical)
- Age : The age range of the population eg. 15-24 years, 75+ years (categorical)
- Population : The number of population of that country (numerical)
Response variable :
- Suicides_no : suicide count (numerical)
Here's the first ten rows of the data we clean
Figure 1 : first ten rows of the dataHow we clean the data before we use
- Drop all rows that have missing value (NA); with the following R code
print('Total missing value : ',sum(is.na(data)))
>> 7716
na_count <-sapply(data, function(y) sum(length(which(is.na(y)))))
na_count <- data.frame(na_count)
print('missing value of each column')
print(na_count)
Some text
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Creator 1
Some Text
Code and documentation copyright 2011-2018 the authors. Code released under the MIT License.
Enjoy ๐ค
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