activity
20092020
most citedAdditivity of on-line decision complexity is violated by a linear term in the length of a binary string

1 citations · 1 across the 3 of their papers we have counts for

collaborators

6 papers

cs.IT2020

Precise Expression for the Algorithmic Information Distance

Bruno Bauwens

We consider the notion of information distance between two objects and introduced by Bennett, Gács, Li, Vitányi, and Zurek in 1998 as the minimal length of a program that c…

cs.IT2020

The normalized algorithmic information distance can not be approximated

Bruno Bauwens, Ilya Blinnikov

It is known that the normalized algorithmic information distance is not computable and not semicomputable. We show that for all , there exist no semicomputable function…

cs.IT2019

Universal almost optimal compression and Slepian-Wolf coding in probabilistic polynomial time

Bruno Bauwens, Marius Zimand

In a lossless compression system with target lengths, a compressor maps an integer and a binary string to an -bit code , and if is sufficiently large,…

cs.IT2018

Information Distance Revisited

Bruno Bauwens, Alexander Shen

We consider the notion of information distance between two objects x and y introduced by Bennett, Gács, Li, Vitanyi, and Zurek [1] as the minimal length of a program that computes…

cs.IT2018

Optimal probabilistic polynomial time compression and the Slepian-Wolf theorem: tighter version and simple proofs

Bruno Bauwens

We give simplify the proofs of the 2 results in Marius Zimand's paper "Kolmogorov complexity version of Slepian-Wolf coding, proceedings of STOC 2017, p22--32". The first is a univ…

cs.IT20091 cited

Additivity of on-line decision complexity is violated by a linear term in the length of a binary string

Bruno Bauwens

We show that there are infinitely many binary strings z, such that the sum of the on-line decision complexity of predicting the even bits of z given the previous uneven bits, and t…