Further Corrected: A new form of coding characters

From: anbu@peoplestring.com
Date: Mon Feb 07 2011 - 11:30:10 CST

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    1. Combine binary digits (0 and 1) i.e. 00, 01, 10, 11

    2. Enumerate half the combinations e.g. Enumeration of 00 and 01 is 00,
    01, 0000, 0001, 0100, 0101, 000000, 000001 and so on

    3. Enumerate other half i.e. Enumeration of 10 and 11 is 10, 11, 1010,
    1011, 1110, 1111 and so on

    4. Concatenate or combine latter and former enumerations i.e.
    Concatenation of: 10 and 00 is 1000, 10 and 01 is 1001, 10 and 0000 is
    100000, 11 and 00 is 1100 and so on (These are codes ready to be assigned
    to characters). Combinations of: 10 and 00 is 1000 and 0010, 10 and 01 is
    1001 and 0110, 11 and 0000 is 110000 and 000011, 111111 and 0000 is
    1111110000 and 0000111111 and so on

    5.Remove latter combinations without combinations in the starting or
    ending enumeration and substitute the first or second, or the last or just
    before last combination respectively in this enumeration with combination
    from other half

    e.g. I have chosen to remove these without combinations in the starting
    enumeration

    i.e.

    Does 1000 have combinations in the starting enumeration? The starting
    enumeration is 10. It has a combination of 1 and 0 and that's it. It has a
    combination, but not have combinations. So the answer is NO.

    Does 110000 have combinations in the starting enumeration? The starting
    enumeration is 11. It has a combination of 1 and 1 and that's it. It has a
    combination, but not have combinations. So the answer is NO.

    Does 000011 have combinations in the starting enumeration? The starting
    enumeration is 0000. It has a combination of 0 and 0 (twice), and 00 and
    00. It has three combinations. So the answer is YES.

    So remove 1000, 110000 and similar combination.

    Then, I have decided to substitute the first combination in the
    combinations that were not removed e.g. 000011

    i.e. The first combination of 000011 is 00 (the starting 00). I substitute
    it with 10 (I decided to use 10-One can use any combination from the other
    half i.e. 10. 11, 1010 or any other. In this case the other half is 10,
    11,
    1010 or any other. In some cases the other half is 00, 01, 0000 or any
    other: for those starting with 1). The sustituted is 100011.

    The substitution must be consistent e.g. 10 replacing 00, always.

    Further examples,

    Sustitution of:

    101100 is (I decide to substitute 10 with 01) 011100

    000111 is 100111

    Now, the final codes you get after substitution are ready to be assigned
    to characters. I tried this. They work better than any other character
    encoding present. Combination of the final codes result in a very good
    coding for characters.



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