A chunk of data is to be 'decompressed'.

Input:

• compressed: a row vector of uint8 values. This is the compressed data.
• table: a cell-array of strings. Each string contains only '1's and '0's and represents a binary code.
• alphabet: a string containing all possible symbols that may occur in the decompressed data. The symbol at alphabet(x) is encoded with the code at table{x}.

Output:

• decompressed: a string with the decoded message.

Example:

compressed=[93,85,127]
table={'1','010'}
alphabet='al'
==>  decompressed = 'laaalalalaaaaaaa'

because:

[93,85,127] = '01011101 01010101 01111111' in binary
decoded from left to right:
'010 1 1 1 010 1 010 1 010 1 1 1 1 1 1 1'
= l  a a a  l  a  l  a  l  a a a a a a a

Remarks: The message is such that always exactly all bits of compressed are used. The solution is unique (see prefix-free code).