(Enter summary)
Abstract: This paper presents a concise and efficient implementation
of a method of producing De Bruijn sequences. The implementation is
based on a recursive method due to Lempel [5]. We provide code for a
function that for each pair of integers n # 2 and 0 x
returns a
unique De Bruijn sequence of order-n. The implementation requires
only O(2
) bit operations
Index Terms---Shift register sequences, De Bruijn graphs,
computational complexity, recursive algorithms, NESL programming
language. (Update)
Active bibliography (related documents): More All
0.6: An Efficient Implementation of the D-Homomorphism for.. - Chang, Park, Kim, Song (1999)
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0.1: A Method for Constructing Decodable de Bruijn Sequences - Mitchell, Etzion, Paterson (1996)
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0.1: Construction of de Bruijn Sequences of Minimal Complexity - Etzion, Lempel (1984)
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BibTeX entry: (Update)
@misc{ implementation-generating,
author = "An Efficient Implementation",
title = "Generating De Bruijn Sequences:",
url = "citeseer.ist.psu.edu/745540.html" }
Citations (may not include all citations):
182
Algebraic Coding Theory (context) - Berlekamp - 1984
170
Shift Register Sequences (context) - Golomb - 1967
166
NESL: A Nested Data-Parallel Language
- Blelloch - 1994
8
a Homomorphism of the De Bruijn Graph and Its Applications t.. (context) - Lempel - 1970
2
A Survey of Full Cycle Algorithms (context) - Fredrickson - 1982
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