Binary is the language of computers. They allow computers to do all of the complex things that they do. You might think that since binary numbers allow for such complex operations that they would be equally complex to decode, but thankfully this is not the case. We will show you how to decode binary numbers into alphabetical or numerical characters. Binary systems predating Leibniz also existed in the ancient world. The aforementioned I Ching that Leibniz encountered dates from the 9th century BC in China. The residents of the island of Mangareva in French Polynesia were using a hybrid binary-decimal system before 1450.
In 1605 Francis Bacon discussed a system whereby letters of the alphabet could be reduced to sequences of binary digits, which could then be encoded as scarcely visible variations in the font in any random text.
The bit string is not the only type of binary code: in fact, a binary system in general, is any system that allows only two choices such as a switch in an electronic system or a simple true or false test.
Braille is a type of binary code that is widely used by the blind to read and write by touch, named for its creator, Louis Braille. This system consists of grids of six dots each, three per column, in which each dot has two states: raised or not raised. The different combinations of raised and flattened dots are capable of representing all letters, numbers, and punctuation signs.
The bagua are diagrams used in feng shui, Taoist cosmology and I Ching studies. The ba gua consists of 8 trigrams; bā meaning 8 and guà meaning divination figure. The same word is used for the 64 guà (hexagrams). Each figure combines three lines (yáo) that are either broken (yin) or unbroken (yang). The relationships between the trigrams are represented in two arrangements, the primordial, “Earlier Heaven” or “Fuxi” bagua, and the manifested, “Later Heaven,“or “King Wen” bagua. (See also, the King Wen sequence of the 64 hexagrams).
The Ifá/Ifé system of divination in African religions, such as of Yoruba, Igbo, Ewe, consists of an elaborate traditional ceremony producing 256 oracles made up by 16 symbols with 256 = 16 x 16. An initiated priest “babalowo” who had memorized oracles, would request sacrifice from consulting clients and make prayers. Then, divination nuts or a pair of chains are used to produce random binary numbers, which are drawn with sandy material on an “Opun” figured wooden tray representing the totality of fate.
Through the spread of Islamic culture, Ifé/Ifá was assimilated as the “Science of Sand” (ilm al-raml), which then spread further and became “Science of Reading the Signs on the Ground” (Geomancy) in Europe.
This was thought to be another possible route from which computer science was inspired, as Geomancy arrived at Europe at an earlier stage (about 12th Century, described by Hugh of Santalla) than I Ching (17th Century, described by Gottfried Wilhelm Leibniz).
The American Standard Code for Information Interchange (ASCII), uses a 7-bit binary code to represent text and other characters within computers, communications equipment, and other devices. Each letter or symbol is assigned a number from 0 to 127. For example, lowercase “a” is represented by 1100001 as a bit string (which is “97” in decimal).
Binary is the language of computers. They allow computers to do all of the complex things that they do. You might think that since binary numbers allow for such complex operations that they would be equally complex to decode, but thankfully this is not the case. This wikiHow will show you how to decode binary numbers into alphabetical or numerical characters.
Want decode a binary numbers? Here a go
- Remember that in binary 1 is “on: and 0 is “off.”
- Choose the binary number that you want to decode.
- Give each number a value, starting from the extreme right.
- For example, using the number 1001001, 1=1, +0=2, +0=4, +1=8, +0=16, +0=32, +1=64.
- The number becomes: 32+16+8+4+2+1.
- Cut off all values that are of 0 and add values of 1.
- 0 values = 2,4,16,32 –> 1 values = 1+8+64=73
- Change the answer from its numerical form of the character to its alphabetical form by using an alphabet-number-punctuation chart.
- Divide each of your numbers into groups of 8, and then convert them to numerical form.
- For example, 111111110000000011111111=11111111+00000000+11111111
