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33 of 51 people found the following review helpful:
4.0 out of 5 stars A message from the author
Hello, I'm Gregory Chaitin and I'm the author of
Exploring RANDOMNESS, which is my attempt to explain
the technical heart of my theory of algorithmic
information as understandably as possible. To make
my theory more concrete, I've converted it into a
theory of the size in bits of real computer programs,
programs that you can actually run...
Published on September 4, 2001 by G. J. Chaitin

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0 of 4 people found the following review helpful:
3.0 out of 5 stars Just for LISP and randomness
The treatment of LISP and randomness is interesting.
But it is deplorable the propagation of his inacceptable
mesure of the complexity of a sequence as the size in bits
of the minimum program that reproduces it.
According to that, the complexity of the sequence of a
polynomial of 10th degree is greater than the complexity
of the...
Published 20 months ago by Ludovicus


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33 of 51 people found the following review helpful:
4.0 out of 5 stars A message from the author, September 4, 2001
By 
G. J. Chaitin (Yorktown Heights, NY USA) - See all my reviews
(REAL NAME)   
This review is from: Exploring Randomness (Discrete Mathematics and Theoretical Computer Science) (Hardcover)
Hello, I'm Gregory Chaitin and I'm the author of
Exploring RANDOMNESS, which is my attempt to explain
the technical heart of my theory of algorithmic
information as understandably as possible. To make
my theory more concrete, I've converted it into a
theory of the size in bits of real computer programs,
programs that you can actually run. See also my
new book, "Conversations with a Mathematician: Math,
Art, Science and the Limits of Reason", which is a
collection of my most wide-ranging and non-technical
lectures and interviews.---Gregory Chaitin, IBM Research
Division
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0 of 4 people found the following review helpful:
3.0 out of 5 stars Just for LISP and randomness, May 12, 2010
By 
Ludovicus (Beachwood, OH USA) - See all my reviews
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This review is from: Exploring Randomness (Discrete Mathematics and Theoretical Computer Science) (Hardcover)
The treatment of LISP and randomness is interesting.
But it is deplorable the propagation of his inacceptable
mesure of the complexity of a sequence as the size in bits
of the minimum program that reproduces it.
According to that, the complexity of the sequence of a
polynomial of 10th degree is greater than the complexity
of the sequence of prime numbers.
The list of the coeficients of the polynomial needs more bits
that the whole program for prime numbers.
Ludovicus
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Exploring Randomness (Discrete Mathematics and Theoretical Computer Science)
Exploring Randomness (Discrete Mathematics and Theoretical Computer Science) by Gregory J. Chaitin (Hardcover - December 7, 2001)
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