Add to ORKGAbstract. This paper investigates the construction of 8-QAM+ perfect arrays with at least an odd integer in their sizes, and gives the sufficient condition producing distinct 8-QAM+ perfect arrays. For different choices of odd integers in a given size of at least an odd integer, the resultant distinct 8-QAM+perfect arrays have their own sizes. For each choice, the number of the resultant distinct 8-QAM+perfect arrays is exactly equivalent to this chosen odd integer. This paper can provide more candidates for the applications of 8-QAM+ perfect arrays in communications, radar, and so forth
A perfect binary array is an r-dimensional array with elements k 1 such that all out-of-phase period...
Matrices with low autocorrelation are very useful in applications such as digital watermarking. This...
Abstract—Golay sequences have been introduced to construct 16-QAM (quaternary amplitude modulation) ...
Abstract—This paper investigates the enumeration of a family of perfect quaternary arrays (PQAs) fro...
The paper presents a new constructive method for generation of the full class of perfect binary arra...
Only a small number of different sizes are known for which there exist two-dimensional perfect binar...
Arrays with low autocorrelation are widely sought in applications; important examples are arrays who...
A method has been proposed for building the complete class of perfect binary arrays having the size ...
The conception 'almost perfect arrays' is proposed and it is shown that the existence of a...
A new algorithm is developed for synthesis of two families of 36-element perfect binary arrays (6x6 ...
In this letter, we give some new methods for constructing perfect arrays. Some results on the liftab...
Abstract—We present a new construction of 16-QAM Golay sequences of length = 2. The number of constr...
We present a novel construction of 16-QAM codewords of length n = 2k . The number of constructed cod...
Obtaining compact, while cryptographically strong, S-boxes is a challenging task required for hardwa...
Sequences having zero correlation zones are of vital importance in applications, for example, wirele...
A perfect binary array is an r-dimensional array with elements k 1 such that all out-of-phase period...
Matrices with low autocorrelation are very useful in applications such as digital watermarking. This...
Abstract—Golay sequences have been introduced to construct 16-QAM (quaternary amplitude modulation) ...
Abstract—This paper investigates the enumeration of a family of perfect quaternary arrays (PQAs) fro...
The paper presents a new constructive method for generation of the full class of perfect binary arra...
Only a small number of different sizes are known for which there exist two-dimensional perfect binar...
Arrays with low autocorrelation are widely sought in applications; important examples are arrays who...
A method has been proposed for building the complete class of perfect binary arrays having the size ...
The conception 'almost perfect arrays' is proposed and it is shown that the existence of a...
A new algorithm is developed for synthesis of two families of 36-element perfect binary arrays (6x6 ...
In this letter, we give some new methods for constructing perfect arrays. Some results on the liftab...
Abstract—We present a new construction of 16-QAM Golay sequences of length = 2. The number of constr...
We present a novel construction of 16-QAM codewords of length n = 2k . The number of constructed cod...
Obtaining compact, while cryptographically strong, S-boxes is a challenging task required for hardwa...
Sequences having zero correlation zones are of vital importance in applications, for example, wirele...
A perfect binary array is an r-dimensional array with elements k 1 such that all out-of-phase period...
Matrices with low autocorrelation are very useful in applications such as digital watermarking. This...
Abstract—Golay sequences have been introduced to construct 16-QAM (quaternary amplitude modulation) ...