We conjecture that all connected graphs of order n have von Neumann entropy at least as great as the star K1;n1 and prove this for almost all graphs of order n. We show that connected graphs of order n have Renyi 2-entropy at least as great as K1;n1 and for \u3e 1, Kn maximizes Renyi -entropy over graphs of order n. We show that adding an edge to a graph can lower its von Neumann entropy
Shannon entropies for networks have been widely introduced. However, entropies for weighted graphs h...
The graph entropies inspired by Shannon’s entropy concept become the information-theoretic quantitie...
In this note, we approximate the von Neumann and R´enyi entropies of high-dimensional graphs using ...
We conjecture that all connected graphs of order n have von Neumann entropy at least as great as th...
We normalize the combinatorial Laplacian of a graph by the degree sum, look at its eigenvalues as a ...
AbstractIn this note, we consider the von Neumann entropy of a density matrix obtained by normalizin...
We show that the (normalized) symmetric Laplacian of a simple graph can be obtained from the partial...
The von Neumann entropy of a graph is a spectral complexity measure that has recently found applicat...
The first degree-based entropy of a graph is the Shannon entropy of its degree sequence normalized b...
We show that the (normalized) symmetric Laplacian of a simple graph can be obtained from the partial...
There have been many attempts of understanding graph structures by investigating graph entropies. In...
We define the Wiener-entropy, which is together with the eccentricity-entropy one of the most natura...
The aim of this report to solve the open problem suggested by Chen et al. We study the graph entropy...
International audienceIn this work, we use the von Neumann graph entropy variation as a measure of g...
We consider families of finite quantum graphs of increasing size and we are in-terested in how eigen...
Shannon entropies for networks have been widely introduced. However, entropies for weighted graphs h...
The graph entropies inspired by Shannon’s entropy concept become the information-theoretic quantitie...
In this note, we approximate the von Neumann and R´enyi entropies of high-dimensional graphs using ...
We conjecture that all connected graphs of order n have von Neumann entropy at least as great as th...
We normalize the combinatorial Laplacian of a graph by the degree sum, look at its eigenvalues as a ...
AbstractIn this note, we consider the von Neumann entropy of a density matrix obtained by normalizin...
We show that the (normalized) symmetric Laplacian of a simple graph can be obtained from the partial...
The von Neumann entropy of a graph is a spectral complexity measure that has recently found applicat...
The first degree-based entropy of a graph is the Shannon entropy of its degree sequence normalized b...
We show that the (normalized) symmetric Laplacian of a simple graph can be obtained from the partial...
There have been many attempts of understanding graph structures by investigating graph entropies. In...
We define the Wiener-entropy, which is together with the eccentricity-entropy one of the most natura...
The aim of this report to solve the open problem suggested by Chen et al. We study the graph entropy...
International audienceIn this work, we use the von Neumann graph entropy variation as a measure of g...
We consider families of finite quantum graphs of increasing size and we are in-terested in how eigen...
Shannon entropies for networks have been widely introduced. However, entropies for weighted graphs h...
The graph entropies inspired by Shannon’s entropy concept become the information-theoretic quantitie...
In this note, we approximate the von Neumann and R´enyi entropies of high-dimensional graphs using ...