Publicidad

Publicidad

becas.universia.netBiblioteca.Net

Buscar recursos:

Buscador Google

Resource data



Ver

A mathematical model for virus infection in a system of interacting computers
Gondar,J. López
Cipolatti,R.
Location: http://www.scielo.br/scielo.php?script=sci_arttext&pid=S0101-82052003000200004

We introduce a simplified theoretical model to describe a virtual virus propagation process in a set of interacting computers. The propagation mechanisms considered here are those related to the reception of messages through internet as well as the ones concerning the simple exchange of files using recording devices as compact disks or the commonly used floppy disks. In spite of its inherent simplicity, this model provides a good idea of the infection process and trends. From the mathematical point of view, the nonlinear delay integral equation that we obtain here presents certain interesting features which are explored and enlightened in this paper.

Belongs to: SciELO - Scientific Electronic Library Online

Descargar SCORM

¡Sea el primero en solicitar este recurso!

Para poder solicitar este recurso debe identificarse como usuario de la biblioteca

Users rating

No hay ninguna valoración para este recurso. Sea el primero en valorar este recurso.

Detalles del recurso

A mathematical model for virus infection in a system of interacting computers
Id. 519800
Idioma inglés
Titulo A mathematical model for virus infection in a system of interacting computers
Autor(es) Gondar,J. López
Cipolatti,R.
Location http://www.scielo.br/scielo.php?script=sci_arttext&pid=S0101-82052003000200004
Versión 1.0
Estado Final
Descripción We introduce a simplified theoretical model to describe a virtual virus propagation process in a set of interacting computers. The propagation mechanisms considered here are those related to the reception of messages through internet as well as the ones concerning the simple exchange of files using recording devices as compact disks or the commonly used floppy disks. In spite of its inherent simplicity, this model provides a good idea of the infection process and trends. From the mathematical point of view, the nonlinear delay integral equation that we obtain here presents certain interesting features which are explored and enlightened in this paper.
Tipo text/html
Palabras clave virtual viruses
Tipo de recurso journal article
Tipo de Interactividad Expositivo
Nivel de Interactividad muy bajo
Audiencia Estudiante
Profesor
Autor
Estructura Atomic
Coste no
Copyright
Formatos text/html
Requerimientos técnicos Browser: Any
Fecha de contribución 23-may-2005
Contacto