The infection ability of a single node in different algorithms, Ranked index is the node sequence index, F(t) is the number of nodes infected by a node at time t, and the number of recovered nodes infected by it.

The infection ability of a single node in different algorithms, Ranked index is the node sequence index, F(t) is the number of nodes infected by a node at time t, and the number of recovered nodes infected by it.

<p>The infection ability of a single node in different algorithms, Ranked index is the node sequence index, F(t) is the number of nodes infected by a node at time t, and the number of recovered nodes infected by it.</p>

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Bibliographic Details
Main Author:	Feifei Wang (195514) (author)
Other Authors:	Zejun Sun (12058560) (author), Guan Wang (109695) (author), Bohan Sun (5447063) (author)
Published:	2025
Subjects:	Sociology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified positive overall impact investigating existing methods information transmission control conduct simulation experiments exclusive neighborhood ” key nodes play analyzing network structure exclusive neighbor node mnen method calculates div >< p exclusive neighborhood neighbor node network regulation complex network two factors sir model shell (< resource redistribution order neighbors node ’ neighboring nodes mnen method ks </ different scales crucial role certain level calculated based analysis demonstrates algorithm ’
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Summary:	<p>The infection ability of a single node in different algorithms, Ranked index is the node sequence index, F(t) is the number of nodes infected by a node at time t, and the number of recovered nodes infected by it.</p>

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