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Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread
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Z. Bekiryazıcı, "Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread," BOUNDARY VALUE PROBLEMS , vol.2024, no.1, 2024

Bekiryazıcı, Z. 2024. Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread. BOUNDARY VALUE PROBLEMS , vol.2024, no.1 .

Bekiryazıcı, Z., (2024). Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread. BOUNDARY VALUE PROBLEMS , vol.2024, no.1.

Bekiryazıcı, ZAFER. "Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread," BOUNDARY VALUE PROBLEMS , vol.2024, no.1, 2024

Bekiryazıcı, ZAFER. "Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread." BOUNDARY VALUE PROBLEMS , vol.2024, no.1, 2024

Bekiryazıcı, Z. (2024) . "Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread." BOUNDARY VALUE PROBLEMS , vol.2024, no.1.

@article{article, author={ZAFER BEKİRYAZICI}, title={Utilizing fractional derivatives and sensitivity analysis in a random framework: a model-based approach to the investigation of random dynamics of malware spread}, journal={BOUNDARY VALUE PROBLEMS}, year=2024}