PUBLICACIÓN

Propagation of the Malware Used in APTs Based on Dynamic Bayesian Networks

ACCEDER A LA PUBLICACIÓN: Orcid

Jose D. Hernandez Guillen, Angel Martin del Rey, Roberto Casado-Vara

2021

DOI

10.3390/math9233097

AUTORES DE LA UEX

Jose Diamantino Hernández Guillén

OTRAS PUBLICACIONES DE INTERÉS

Higher-Order Nonstandard Finite Difference Schemes For A Mseir Model For A Malware Propagation
Intelligent Malware Propagation: An Approach Based On Data Previously Known By The Malware
Improving Safety Awareness Campaigns Through The Use Of Graph Neural Networks
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Simulating Malware Propagation With Different Infection Rates
Propagation Of The Malware Used In Apts Based On Dynamic Bayesian Networks
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Propagation Of The Malware Used In Apts Based On Dynamic Bayesian Networks
A Mathematical Model For Malware Spread On Wsns With Population Dynamics
Propagation Of The Malware Used In Apts Based On Dynamic Bayesian Networks
A Mathematical Model For Malware Spread On Wsns With Population Dynamics
Security Countermeasures Of A Sciras Model For Advanced Malware Propagation
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Study Of The Malware Scirs Model With Different Incidence Rates
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Variable Step Length Algorithms With High-Order Extrapolated Non-Standard Finite Difference Schemes For A Seir Model
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New Approaches Of Epidemic Models To Simulate Malware Propagation
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Modeling Malware Propagation Using A Carrier Compartment
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Modeling Malware Propagation Using A Carrier Compartment
Study Of The Stability Of A Seirs Model For Computer Worm Propagation
Modeling Malware Propagation Using A Carrier Compartment
Study Of The Stability Of A Seirs Model For Computer Worm Propagation
Higher-Order Nonstandard Finite Difference Schemes For A Mseir Model For A Malware Propagation
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Intelligent Malware Propagation: An Approach Based On Data Previously Known By The Malware
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