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Rooted graph
Descriptive Graph Combinatorics
Calculating Graph Algorithms for Dominance and Shortest Path*
The Characteristic Polynomial of Multi-Rooted
Rooted Graph Minors and Reducibility of Graph Polynomials Arxiv
Large, Lengthy Graphs Look Locally Like Lines
Two Proofs of Cayley's Theorem
Locally Interacting Diffusions As Space-Time Markov Random Fields 3
Balancing Problems in Acyclic Networks*
A Characteristic Polynomial for Rooted Graphs and Rooted Digraphs
Fast Graph Programs Project Report
Factorisation of Greedoid Polynomials of Rooted Digraphs Arxiv
Chemical Graphs Constructed from Rooted Product and Their Zagreb Indices
Improving the GP 2 Compiler
C Matroid Invariants and Greedoid Invariants 95
Rooted Graph Programs
The Improved GP 2 Compiler
Introduction to Flocking {Stochastic Matrices}
Abstract Unordered and Ordered Trees CRDT∗
Top View
Graph Theory) 15 3.1 Oriented Graphs
Rooted Cycle Bases
A Theory-Based Study of Graph Mining Mostafa Haghir Chehreghani
The Complexity of Greedoid Tutte Polynomials
Arxiv:2002.11541V2 [Cs.DS] 16 Mar 2021
On the Greedoid Polynomial for Rooted Graphs and Rooted Digraphs Elizabeth W
Binary Trees, While 3-Ary Trees Are Sometimes Called Ternary Trees
The Number of Linear, Directed, Rooted, and Connected Graphs
Rooted Cycle Bases
Linear-Time Graph Algorithms in GP 2
On Structures of Large Rooted Graphs Shilin Wang Louisiana State University and Agricultural and Mechanical College,
[email protected]
GP 2: Efficient Implementation of a Graph Programming Language
Reaching a Consensus in a Dynamically Changing Environment a Graphical Approach∗
Constructive Approaches to the Rigidity of Frameworks
On the Core of Directed Acyclic Graph Games
A Note on Maximal Matchings in Rooted Products of Paths and Short Cycles
Efficient Recognition of Graph Languages
A New Graph Product and Its Spectrum