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Multiple Edge -- from Wolfram MathWorld

Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.



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Multiple Edge -- from Wolfram MathWorld

https://mathworld.wolfram.com/MultipleEdge.html

Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.



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https://mathworld.wolfram.com/MultipleEdge.html

Multiple Edge -- from Wolfram MathWorld

Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.

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      Multiple Edge -- from Wolfram MathWorld
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      Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.
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      Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.
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      Multiple Edge -- from Wolfram MathWorld
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      Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.
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      Multiple edges are two or more edges connecting the same two vertices within a multigraph. Multiple edges of degree d_(ij) between vertex i and vertex j correspond to an integer d_(ij)>1 as the (i,j) entry of the incidence matrix of the multigraph. A diagonal entry d_(kk)>0 corresponds to a single or multiple loop. Integers d_(ij)>1 can similarly correspond to multiple edges in a directed multigraph.
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