most citedA complete characterization of split digraphs with a strong arc decomposition

1 citations · 1 across the 7 of their papers we have counts for

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7 papers

math.CO2026

A Linear Lower Bound for Dominating Sets in -Majority Tournaments

Jiangdong Ai, Xiangjie Yi

A -majority tournament on a finite vertex set is defined by linear orders, with when lies above in at least of the orders. Let be the maximum,…

math.CO2024

Arc-disjoint in- and out-branchings in semicomplete split digraphs

Jiangdong Ai, Yiming Hao, Zhaoxiang Li +1

An \emph{out-tree (in-tree)} is an oriented tree where every vertex except one, called the \emph{root}, has in-degree (out-degree) one. An \emph{out-branching (in-branching…

math.CO2024★ 1 cited

A complete characterization of split digraphs with a strong arc decomposition

Jiangdong Ai, Fankang He, Zhaoxiang Li +2

A \textbf{strong arc decomposition} of a (multi-)digraph is a partition of its arc set into two disjoint arc sets and such that both of the spanning subdi…

math.CO2024

On degree power sum in -free graphs

Jiangdong Ai, Fankang He, Yihang Liu +1

Let be a graph on vertices with degree sequence . For a real , let . A Turán-type problem of degree power sum was in…

math.CO2024

Solution on strong partition of -balanced regular multipartite tournaments

Jiangdong Ai, Fankang He, Yihang Liu

We call a partition of a -partite tournament into tournaments of order is strong if each tournament is strongly connected. The strong partition number denoted as , re…

math.CO2024

Graph operations and a unified method for kinds of Turán-type problems on paths, cycles and matchings

Jiangdong Ai, Hui Lei, Bo Ning +1

Let be a connected graph and a graph parameter. We say that is feasible if satisfies the following properties: (I) $\mathcal{…

math.CO2024

A new perspective from hypertournaments to tournaments

Jiangdong Ai, Qiming Dai, Qiwen Guo +2

A -tournament on vertices is a pair for , where is a set of vertices, and is a set of all possible -tuples of vertices, such tha…