SETA 2004: Seoul, Korea

Invited Papers

• Hans Dobbertin, Gregor Leander:
  A Survey of Some Recent Results on Bent Functions. 1-29
  
• Jonathan Jedwab:
  A Survey of the Merit Factor Problem for Binary Sequences. 30-55
  
• Andrew Klapper:
  A Survey of Feedback with Carry Shift Registers. 56-71
  
• Matthew G. Parker:
  Univariate and Multivariate Merit Factors. 72-100
  

Complexity of Sequences I

• Wilfried Meidl:
  Discrete Fourier Transform, Joint Linear Complexity and Generalized Joint Linear Complexity of Multisequences. 101-112
  
• Xiutao Feng, Zongduo Dai:
  Expected Value of the Linear Complexity of Two-Dimensional Binary Sequences. 113-128
  
• Zongduo Dai, Kyoki Imamura, Junhui Yang:
  Asymptotic Behavior of Normalized Linear Complexity of Multi-sequences. 129-142
  
• Michael Vielhaber:
  A Unified View on Sequence Complexity Measures as Isometries. 143-153
  

Complexity of Sequences II

• Yu-Chang Eun, Hong-Yeop Song, Gohar M. M. Kyureghyan:
  One-Error Linear Complexity over F_p of Sidelnikov Sequences. 154-165
  
• Takayasu Kaida:
  On the Generalized Lauder-Paterson Algorithm and Profiles of the k-Error Linear Complexity for Exponent Periodic Sequences. 166-178
  
• Ana Salagean:
  On the Computation of the Linear Complexity and the k-Error Linear Complexity of Binary Sequences with Period a Power of Two. 179-184
  
• Honggang Hu, Dengguo Feng:
  On the 2-Adic Complexity and the k-Error 2-Adic Complexity of Periodic Binary Sequences. 185-196
  

Perfect Sequences

• Evgeny I. Krengel:
  Almost-Perfect and Odd-Perfect Ternary Sequences. 197-207
  
• Doreen Hertel:
  Cross-Correlation Properties of Perfect Binary Sequences. 208-219
  

Sequence Constructions

• Evgeny I. Krengel, Andrew Z. Tirkel, Thomas E. Hall:
  New Sets of Binary and Ternary Sequences with Low Correlation. 220-235
  
• San Ling, Ferruh Özbudak:
  Improved p-ary Codes and Sequence Families from Galois Rings. 236-242
  
• Xiaohu Tang, Parampalli Udaya, Pingzhi Z. Fan:
  Quadriphase Sequences Obtained from Binary Quadratic Form Sequences. 243-254
  
• Xiaohu Tang, Parampalli Udaya, Pingzhi Z. Fan:
  New Families of p-Ary Sequences from Quadratic Form with Low Correlation and Large Linear Span. 255-265
  

Sequences over Zm

• Harald Niederreiter, Arne Winterhof:
  On the Distribution of Some New Explicit Nonlinear Congruential Pseudorandom Numbers. 266-274
  
• Patrick Solé, Dmitrii Zinoviev:
  Distribution of r-Patterns in the Most Significant Bit of a Maximum Length Sequence over. 275-281
  

Sequence Generator Properties and Applications

• Andrew Klapper:
  Algebraic Feedback Shift Registers Based on Function Fields. 282-297
  
• Kenneth J. Giuliani, Guang Gong:
  New LFSR-Based Cryptosystems and the Trace Discrete Log Problem (Trace-DLP). 298-312
  
• Vincent Bénony, François Recher, Eric Wegrzynowski, Caroline Fontaine:
  Cryptanalysis of a Particular Case of Klimov-Shamir Pseudo-Random Generator. 313-322
  
• Vladimir B. Balakirsky:
  Generating Functions Associated with Random Binary Sequences Consisting of Runs of Lengths 1 and 2. 323-338
  

Multi-dimensional Sequences

• Zongduo Dai, Xiutao Feng, Junhui Yang:
  Multi-continued Fraction Algorithm and Generalized B-M Algorithm over F₂. 339-354
  
• Gummadi S. Ramakrishna, Wai Ho Mow:
  A New Search for Optimal Binary Arrays with Minimum Peak Sidelobe Levels. 355-360
  
• Ji-Woong Jang, Sang-Hyo Kim, Jong-Seon No, Habong Chung:
  New Constructions of Quaternary Hadamard Matrices. 361-372
  
• Lars Eirik Danielsen, Matthew G. Parker:
  Spectral Orbits and Peak-to-Average Power Ratio of Boolean Functions with Respect to the {I, H, N}ⁿ Transform. 373-388
  

Optics and OFDM Applications

• Reza Omrani, Petros Elia, P. Vijay Kumar:
  New Constructions and Bounds for 2-D Optical Orthogonal Codes. 389-395
  
• Reza Omrani, Oscar Moreno, P. Vijay Kumar:
  Topics on Optical Orthogonal Codes. 396-405
  
• Patrick Solé, Dmitrii Zinoviev:
  Weighted Degree Trace Codes for PAPR Reduction. 406-413
  

Polynomials and Functions

• Solomon W. Golomb, Pey-Feng Lee:
  Which Irreducible Polynomials Divide Trinomials over GF(2)? 414-424
  
• Seunghoon Choi, Kyeongcheol Yang:
  Autocorrelation Properties of Resilient Functions and Three-Valued Almost-Optimal Functions Satisfying PC( p). 425-436
  
• Alexander Pott:
  Group Algebras and Correlation Immune Functions. 437-450
  

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