#### Filter Results:

- Full text PDF available (7)

#### Publication Year

1985

2015

#### Publication Type

#### Co-author

#### Publication Venue

#### Key Phrases

Learn More

- Robert W. Fitzgerald, Joseph L. Yucas
- WAIFI
- 2007

We give, over a finite field F q , explicit factorizations into a product of irreducible polynomials, of the cyclotomic polynomials of order 3 · 2 n , the Dickson polynomials of the first kind of order 3 · 2 n and the Dickson polynomials of the second kind of order 3 · 2 n − 1.

A covering array CA(N ; t, k, v) is an N × k array such that every N × t sub-array contains all t-tuples from v symbols at least once, where t is the strength of the array. Covering arrays are used to generate software test suites to cover all t-sets of component interactions. The particular case when t = 2 (pairwise coverage) has been extensively studied,… (More)

- Joseph L. Yucas
- Finite Fields and Their Applications
- 2006

- Xiang-dong Hou, Gary L. Mullen, James A. Sellers, Joseph L. Yucas
- Finite Fields and Their Applications
- 2009

Reversed Dickson polynomials over finite fields are obtained from Dickson polynomials D n (x, a) over finite fields by reversing the roles of the indeterminate x and the parameter a. We study reversed Dickson polynomials with emphasis on their permutational properties over finite fields. We show that reversed Dickson permutation polynomials (RDPPs) are… (More)

- Robert W. Fitzgerald, Joseph L. Yucas
- Finite Fields and Their Applications
- 2007

- Robert W. Fitzgerald, Joseph L. Yucas
- Finite Fields and Their Applications
- 2005

We develop a matrix approach to compute a certain sum of Gauss sums which arises in the study of weights of irreducible codes. A lower bound on the minimum weight of certain irreducible codes is given.

- Joseph L. Yucas, Gary L. Mullen
- Discrete Mathematics
- 2004

- Peter Horák, Nicholas C. K. Phillips, Walter D. Wallis, Joseph L. Yucas
- Ars Comb.
- 1997

- Claude Carlet, Joseph L. Yucas
- Des. Codes Cryptography
- 2005

- Joseph L. Yucas, Gary L. Mullen
- Des. Codes Cryptography
- 2004