On the Pre‐ and Post‐Positional Semi‐Random Graph Processes

ABSTRACT We study the semi‐random graph process, and a variant process recently suggested by Nick Wormald. We show that these two processes are asymptotically equally fast in constructing a semi‐random graph that has property , for the following examples of : (1) is the set of graphs containing a fixed ‐degenerate subgraph, where is fixed and (2) is the set of ‐connected graphs, where is fixed. In particular, our result of the ‐connectedness above settles the open case of the original semi‐random graph process. We also prove that there exist properties where the two semi‐random graph processes do not construct a graph in asymptotically equally fast. We further propose some conjectures on for which the two processes perform differently.

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Publication Details

Journal
Journal of Graph Theory
Published
2024-12-12
DOI
https://doi.org/10.1002/jgt.23202
Primary Topic
Limits and Structures in Graph Theory
Type
article
Field-Weighted Citation Impact
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article

On the Pre‐ and Post‐Positional Semi‐Random Graph Processes

Pu Gao, Hidde Koerts
Journal of Graph Theory
Limits and Structures in Graph Theory
article

On the Pre‐ and Post‐Positional Semi‐Random Graph Processes

Pu Gao, Hidde Koerts
article en

Abstract

ABSTRACT We study the semi‐random graph process, and a variant process recently suggested by Nick Wormald. We show that these two processes are asymptotically equally fast in constructing a semi‐random graph that has property , for the following examples of : (1) is the set of graphs containing a fixed ‐degenerate subgraph, where is fixed and (2) is the set of ‐connected graphs, where is fixed. In particular, our result of the ‐connectedness above settles the open case of the original semi‐random graph process. We also prove that there exist properties where the two semi‐random graph processes do not construct a graph in asymptotically equally fast. We further propose some conjectures on for which the two processes perform differently.

Journal of Graph TheoryVol. 108(4)
University of Waterloo (CA)
Openalex Percentile: Top 59%
Limits and Structures in Graph Theory
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