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We discovered that a (145, 32) binary cyclic code generated by the product of an irreducible polynomial of degree 28 with exponent 145 and the polynomial ...
We discovered that a (145, 32) binary cyclic code generated by the product of an irreducible polynomial of degree 28 with exponent 145 and the polynomial ...
Nov 1, 1999 · We discovered that a (145, 32) binary cyclic code generated by the product of an irreducible polynomial of degree 28 with exponent 145 and ...
Abstract: We discovered that a (145, 32) binary cyclic code generated by the product of an irreducible polynomial of degree 28 with exponent 145 and the ...
on a (145, 32) binary cyclic code. Chen, C. IEEE Transactions on Information Theory 45(7): 2546-2547. ISSN: 0018-9448. 1999. DOI: 10.1109/18.796404
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The weight distribution of a class of binary cyclic codes is determined by using the connection. •. We determine another class of binary cyclic codes by using ...
On a (145, 32) binary cyclic code. December 1999 · IEEE Transactions on Information Theory. C.L. Chen. We discovered that a (145, 32) binary cyclic code ...
On a (145, 32) binary cyclic code · C. L. Chen. Computer Science, Mathematics. IEEE Transactions on Information Theory. 1999. We discovered that a (145, 32) ...
A binary linear code C is called a linear complementary dual (LCD) code if it meets its dual trivially. The concept of strong coset.
On a (145, 32) binary cyclic code. December 1999 · IEEE Transactions on Information Theory. C.L. Chen. We discovered that a (145, 32) binary cyclic code ...