Abstract
The growth of various types of information happens day by day. The increased production of data, in turn, led to the invention of various data storage tools. The idea of storing data in DNA is now one of the major focuses. There are so many methods for storing data in DNA, the method put forward by Nick Goldman and Evan Birney has so many advantages over the other methods. They had converted data in the binary form into ternary by using improved Huffman coding of base 3. This helped to reduce the error rate that had produced in the earlier works.
Highlights
There is a huge increase in the amount of data day by day
Our storage necessity increases by 50% every year
Data produced from various sources like important documents, data from social media all are increasing in a few times
Summary
There is a huge increase in the amount of data day by day. Our storage necessity increases by 50% every year. A huge amount of data can be stored in a very small space due to the high density of DNA. One of the most prominent and the latest system is the method proposed by Goldman and et al They converted data, in the binary form, into a ternary format using specialized encoding format called „the improved Huffman code‟.
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