Between the deterministic and non-deterministic query complexity

07/22/2019
by   Dániel Gerbner, et al.
0

We consider problems that can be solved by asking certain queries. The deterministic query complexity D(P) of a problem P is the smallest number of queries needed to ask in order to find the solution (in the worst case), while the non-deterministic query complexity D_0(P) is the smallest number of queries needed to ask, in case we know the solution, to prove that it is indeed the solution (in the worst case). Equivalently, D(P) is the largest number of queries needed to find the solution in case an Adversary is answering the queries, while D_0(P) is the largest number of queries needed to find the solution in case an Adversary chooses the input. We define a series of quantities between these two values, D_k(P) is the largest number of queries needed to find the solution in case an Adversary chooses the input, and answers the queries, but he can change the input at most k times. We give bounds on D_k(P) for various problems P.

READ FULL TEXT

page 1

page 2

page 3

page 4

research
08/19/2017

A plurality problem with three colors and query size three

The Plurality problem - introduced by Aigner A2004 - has many variants. ...
research
02/25/2020

The Power of Many Samples in Query Complexity

The randomized query complexity R(f) of a boolean function f{0,1}^n→{0,1...
research
01/30/2013

Dynamic Jointrees

It is well known that one can ignore parts of a belief network when comp...
research
07/05/2022

Finding a Hidden Edge

We consider the problem of finding an edge in a hidden undirected graph ...
research
08/25/2020

On the complexity of query containment and computing certain answers in the presence of ACs

We often add arithmetic to extend the expressiveness of query languages ...
research
12/23/2019

Towards Deterministic Decomposable Circuits for Safe Queries

There exist two approaches for exact probabilistic inference of UCQs on ...
research
05/18/2022

Frequency-Competitive Query Strategies to Maintain Low Congestion Potential Among Moving Entities

We consider the problem of using location queries to monitor the congest...

Please sign up or login with your details

Forgot password? Click here to reset