The effect of varying loss rate of immunity ζ on removed nodes for classical and FF model at level 0.90.

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Bibliographic Details
Main Author:	Nausheen Razi (20529049) (author)
Other Authors:	Muhammad Bilal Riaz (14341552) (author), Ambreen Bano (20529052) (author), Tayyab Kamran (20529055) (author), Umar Ishtiaq (19500660) (author), Anum Shafiq (509337) (author)
Published:	2025
Subjects:	Medicine Science Policy Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified survive without use fixed point theory companies using computers numerical algorithm based everyone using computer applying fractional calculus software varies due modern technologies based xlink "> malware initial infection rate variable infection rate ff model describes based approach variable adjustment modern era loss rate immune rate computer networking software ). ff model deterministic model antivirus software theoretical analysis stability conditions reduce persistence problem known passive mode malware spread keep privacy high cost fractal fractional ff orders dynamical system disaster caused deep insight cyber crimes common word avoid threat antivirus strategies antivirus programs
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The effect of varying loss rate of immunity <i>ζ</i> on removed nodes for classical and FF model at level 0.90.