Search results
Results From The WOW.Com Content Network
On 21 January 2021, Statistics Indonesia released the result of the 2020 census. It found the total population of Indonesia to be 270,203,917 people, compared to the population in the year 2010 of 237,641,326 people. This is an increase of 32,562,591 people (13.70% in 10 years or an average of 1.25% per year). [4]
These censuses are administered by Statistics Indonesia (Badan Pusat Statistik), a government agency directly responsible to the President of Indonesia. [3] Government Ordinance No. 51 of 1999 on Statistical Administration further stipulates that population censuses are held on years ending with zero, agricultural censuses are held on years ...
The 1961 Indonesian census was the first census of Indonesia as a sovereign state. With a total population of 97,018,829, Indonesia was the world's fifth-most populous country at the time.
Projections of global human population are generally based on birth rates and death rates, and since these are difficult to predict very far into the future, forecasts of global population numbers and growth rates have changed over time.
This is a list of Indonesian provinces by Human Development Index as of 2024. The data are regularly published every year by Statistics Indonesia. [1] Below also contains list of cities and regencies that has classification of very high HDI as of 2024, as well as historical data of HDI of Indonesian provinces.
The 1980 Indonesian census was the third census of Indonesia as a sovereign state. It enumerated a total population of 147,490,298. Its population density during the 1980 census was 77.4 inhabitants/km 2. [1]
Map algebra is an algebra for manipulating geographic data, primarily fields.Developed by Dr. Dana Tomlin and others in the late 1970s, it is a set of primitive operations in a geographic information system (GIS) which allows one or more raster layers ("maps") of similar dimensions to produce a new raster layer (map) using mathematical or other operations such as addition, subtraction etc.
The core idea behind random projection is given in the Johnson-Lindenstrauss lemma, [2] which states that if points in a vector space are of sufficiently high dimension, then they may be projected into a suitable lower-dimensional space in a way which approximately preserves pairwise distances between the points with high probability.