It is well known that the combinatorial structure, algebraic structure and D-transform based method render the nonlinear sequences with good autocorrelation function (ACF) and great linear complexity (LC). However, “all sequences” are not equal even if they are “born” by the same method! In this paper the big inequalities regarding LC of these sequences are shown based on a hardware oriented method (D-transform). In order to get the right sequences some more extensive simulations and trade off are needed. That is why this paper is represented here with above Title. Keywords: cryptography, mobile communications, security, watermarking, D-transfor
Binary sequences with good autocorrelation are needed in many applications. A construction of binary...
A mathematical method with a new algorithm with the aid of Matlab language is proposed to compute th...
Balanced binary sequences of large linear complexity have series applications in communication syste...
Binary sequences are algebraic structures currently used as security elements in Internet of Things ...
Pseudo random sequences have many applications in code division multiple access (CDMA) communication...
In modern communication system, cryptography and automatic test patterns, some specific sequences wi...
AbstractThis work shows that a class of pseudorandom binary sequences, the so-called interleaved seq...
This work shows that a class of pseudorandom binary sequences, the so-called interleaved sequences, ...
AbstractIt is proved that the out-of-phase autocorrelation of a well-known class of multiplexed sequ...
AbstractA large Linear Complexity (LC) is a fundamental requirement for a binary sequence to be used...
Binary PN-sequences generated by LFSRs exhibit good statistical properties; however, due to their in...
AbstractComplexity measures for sequences of elements of a finite field play an important role in cr...
Binary sequences with good autocorrelation properties and large linear complexity are useful in stre...
AbstractIn this work, a simple constructive method is developed for enlarging known families of filt...
AbstractSequences have important applications in ranging systems, spread spectrum communication syst...
Binary sequences with good autocorrelation are needed in many applications. A construction of binary...
A mathematical method with a new algorithm with the aid of Matlab language is proposed to compute th...
Balanced binary sequences of large linear complexity have series applications in communication syste...
Binary sequences are algebraic structures currently used as security elements in Internet of Things ...
Pseudo random sequences have many applications in code division multiple access (CDMA) communication...
In modern communication system, cryptography and automatic test patterns, some specific sequences wi...
AbstractThis work shows that a class of pseudorandom binary sequences, the so-called interleaved seq...
This work shows that a class of pseudorandom binary sequences, the so-called interleaved sequences, ...
AbstractIt is proved that the out-of-phase autocorrelation of a well-known class of multiplexed sequ...
AbstractA large Linear Complexity (LC) is a fundamental requirement for a binary sequence to be used...
Binary PN-sequences generated by LFSRs exhibit good statistical properties; however, due to their in...
AbstractComplexity measures for sequences of elements of a finite field play an important role in cr...
Binary sequences with good autocorrelation properties and large linear complexity are useful in stre...
AbstractIn this work, a simple constructive method is developed for enlarging known families of filt...
AbstractSequences have important applications in ranging systems, spread spectrum communication syst...
Binary sequences with good autocorrelation are needed in many applications. A construction of binary...
A mathematical method with a new algorithm with the aid of Matlab language is proposed to compute th...
Balanced binary sequences of large linear complexity have series applications in communication syste...