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Abstract: Solovay showed that there are noncomputable reals # such that H(# ) +O(1), where H is prefix-free Kolmogorov complexity. Such H-trivial reals are interesting due to the connection between algorithmic complexity and effective randomness. We give a new, easier construction of an H-trivial real. We also analyze various computability-theoretic properties of the H-trivial reals, showing for example that no H-trivial real can compute the halting problem (which means that our construction of an... (Update)
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...to a constant) namely #nK(X # n) K(n) O(1) Let denote this class of reals. contains nonrecursive r.e. sets and is closed under (see [2] for proofs and more references) In this paper we show that, for each low r.e. B,there is an r.e. A #Ksuch T B. In Nies [7] we prove...
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BibTeX entry: (Update)
R. G. Downey, D. R. Hirschfeldt, A. Nies, F. Stephan, Trivial reals, In Electronic Notes in Theoretical Computer Science (ENTCS), 2002. http://citeseer.ist.psu.edu/article/downey02trivial.html More
@article{ downey02trivial,
author = "R. Downey and D. Hirschfeldt and A. Nies and F. Stephan",
title = "Trivial reals",
journal = "Electronic Notes in Theoretical Computer Science (ENTCS)",
volume = "66",
number = "1",
year = "2002",
url = "citeseer.ist.psu.edu/article/downey02trivial.html" }
Citations (may not include all citations):
660
An Introduction to Kolmogorov Complexity and its Application..
- Li, Vitanyi - 1997
161
Recursively enumerable sets and degrees (context) - Soare - 1987
110
A theory of program size formally identical to information t..
- Chaitin - 1975
104
Annals of Pure and Applied Logic (context) - Kucera - 1993
95
On computable numbers with an application to the Entscheidun.. (context) - Turing - 1937
35
the computational complexity of real functions (context) - Ko - 1982
33
A variant of the Kolmogorov concept of complexity (context) - Loveland - 1969
27
The definition of random sequences (context) - Martin-Lof - 1966
16
Degrees of Random Sets (context) - Kautz - 1991
15
Randomness in computability theory (context) - Ambos-Spies - 2000
13
Lowness for the class of random sets
- Kucera - 1999
13
Randomness and Genericity in the Degrees of Unsolvability (context) - Kurtz - 1981
12
University of Amsterdam (context) - van Lambalgen, Random - 1987
12
EATCS Monographs on Theoretical Computer Science (context) - Weihrauch - 1987
12
The weak truth table degrees of recursively enumerable sets (context) - Ladner, Sasso - 1975
11
Kolmogorov complexity and instance complexity of recursively.. (context) - Kummer - 1996
11
Princeton University Press (context) - Sacks - 1963
9
Array nonrecursive sets and multiple permitting arguments (context) - Downey, Jockusch et al. - 1990
8
Complexity of Real Functions (context) - Ko - 1991
7
Information Theory and Randomness (context) - Calude - 1994
7
Recursively enumerable reals and Chaitin's # numbers (context) - Calude, Hertling et al. - 2001
7
The various measures of the complexity of finite objects (context) - Levin - 1976
7
Algorithmic randomness and lowness
- Terwijn, Zambella - 2001
6
Weak recursive degrees and a problem of Spector (context) - Ishmukhametov - 1999
6
the use of diagonally nonrecursive functions (context) - Kucera - 1989
6
Randomness and recursive enumerability (context) - Kucera, Slaman - 2001
6
numbers and strong reducibilities (context) - Calude - 1998
6
Randomness and reducibility (context) - Downey, Hirschfeldt et al. - 2001
5
unpublished manuscript (context) - Solovay, of - 1975
5
Algorithmic Randomness and Complexity (context) - Downey, Hirschfeldt
5
Array nonrecursive degrees and genericity
- Downey, Jockusch et al. - 1996
5
Information-theoretical characterizations of recursive infin.. (context) - Chaitin - 1976
4
Kolmogorov complexity (context) - Fortnow
4
Short courses in complexity from the New Zealand Mathematica.. (context) - Downey, Hirschfeldt - 2000
4
degrees and transfer theorems (context) - Downey - 1987
3
On Languages with simple initial segments (context) - Zambella - 1990
3
Low for random sets are (context) - Nies - 2002
3
SIAM Journal on Computing (context) - Downey, Hirschfeldt et al. - 2001
2
On Schnorr randomness
- Downey, Gri
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