Is the number 9021960864034418159813 random? Educated opinions might vary from “No! No single string can be random,” to the more contemptuous ”Come on! Those are just the 714th to 733rd digits of π.” Yet, to my limited mind, the string did appear random. Is there a way to use some formal mathematics to justify my naïveté? The modern theory of pseudorandomness indeed manages to explain such phenomena, where strings appear random to simple minds. The key, this theory argues, is that randomness is really in the “eyes of the beholder,” or rather in the computing power of the tester of randomness. More things appear random to simpler, or resource limited, algorithms than to complex, powerful, algorithms
Chaitin s algorithmic definition of random strings - based on the complexity induced by self-delimit...
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractIn this paper, we investigate refined definition of random sequences. Classical definitions ...
AbstractThe concept of pseudorandomness plays an important role in cryptography. In this note, we co...
Random number generators are widely used in practical algorithms. Examples include simulation, numbe...
We present a simple new construction of a pseudorandom bit generator. It stretches a short string of...
Random number generators are widely used in practical algorithms. Examples include simulation, numbe...
The algorithm utilizes the behavior of modern operating systems to generate random bits by putting t...
In the classical approach to pseudo-random number generators, a generator is considered to perform w...
The ability to produce random numbers is an important aspect of many cryptographic applications. Thi...
Randomness has proved to be a powerful tool in all of computation. It is pervasive in areas such as ...
In the classical approach to pseudo-random number generators, a generator is considered to perform w...
We present a simple new construction of a pseudorandom bit generator, based on the constant depth ge...
This dissertation explores the multifaceted interplay between efficient computation and probability ...
Is it possible to determine what randomness is let alone measure and classify it? Can random number ...
Chaitin s algorithmic definition of random strings - based on the complexity induced by self-delimit...
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractIn this paper, we investigate refined definition of random sequences. Classical definitions ...
AbstractThe concept of pseudorandomness plays an important role in cryptography. In this note, we co...
Random number generators are widely used in practical algorithms. Examples include simulation, numbe...
We present a simple new construction of a pseudorandom bit generator. It stretches a short string of...
Random number generators are widely used in practical algorithms. Examples include simulation, numbe...
The algorithm utilizes the behavior of modern operating systems to generate random bits by putting t...
In the classical approach to pseudo-random number generators, a generator is considered to perform w...
The ability to produce random numbers is an important aspect of many cryptographic applications. Thi...
Randomness has proved to be a powerful tool in all of computation. It is pervasive in areas such as ...
In the classical approach to pseudo-random number generators, a generator is considered to perform w...
We present a simple new construction of a pseudorandom bit generator, based on the constant depth ge...
This dissertation explores the multifaceted interplay between efficient computation and probability ...
Is it possible to determine what randomness is let alone measure and classify it? Can random number ...
Chaitin s algorithmic definition of random strings - based on the complexity induced by self-delimit...
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractIn this paper, we investigate refined definition of random sequences. Classical definitions ...