On locking conditions in m-sequence generators for the use in digital watermarking
A Ahmad, A Al-Mashari… - 2009 Proceeding of …, 2009 - ieeexplore.ieee.org
A Ahmad, A Al-Mashari, AMJ Al-Lawati
2009 Proceeding of International Conference on Methods and Models …, 2009•ieeexplore.ieee.orgThe maximal length pseudo random binary sequence is known as m-sequence. The m-
sequence of domain {0, 1} can be represented in bipolar form of sequence in domain {-1, 1}.
The m-sequences are used for watermarking because of their very good correlation
properties, noise like characteristics and resistance to interference. This paper investigates a
new locking condition in the operations of an m-sequence generator. Through this finding it
is revealed that an LFSR structure may turn into locking state due to particular seed …
sequence of domain {0, 1} can be represented in bipolar form of sequence in domain {-1, 1}.
The m-sequences are used for watermarking because of their very good correlation
properties, noise like characteristics and resistance to interference. This paper investigates a
new locking condition in the operations of an m-sequence generator. Through this finding it
is revealed that an LFSR structure may turn into locking state due to particular seed …
The maximal length pseudo random binary sequence is known as m-sequence. The m-sequence of domain {0, 1} can be represented in bipolar form of sequence in domain {-1, 1}. The m-sequences are used for watermarking because of their very good correlation properties, noise like characteristics and resistance to interference. This paper investigates a new locking condition in the operations of an m-sequence generator. Through this finding it is revealed that an LFSR structure may turn into locking state due to particular seed selection other than the all zeros or all ones.
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