2007IEEE International Performance, Computing, and Communications ConferenceRequires access

Inverse Geolocation: Worms with a Sense of Direction

Randal Acton, Nathan Friess, John Aycock

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Abstract

Mapping Internet addresses into physical locations is accomplished through geolocation and reverse geolocation, two different but related problems. We introduce a third problem, inverse geolocation, which can be used by worms to locate potential targets. Techniques for inverse geolocation are presented, along with a discussion of defenses... assuming inverse geolocation can be prevented at all.

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What this paper is about

Mapping Internet addresses into physical locations is accomplished through geolocation and reverse geolocation, two different but related problems. We introduce a third problem, inverse geolocation, which can be used by worms to locate potential targets. Techniques for inverse geolocation are presented, along with a discussion of defenses... assuming inverse geolocation can be prevented at all.

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Available abstract

Mapping Internet addresses into physical locations is accomplished through geolocation and reverse geolocation, two different but related problems. We introduce a third problem, inverse geolocation, which can be used by worms to locate potential targets. Techniques for inverse geolocation are presented, along with a discussion of defenses... assuming inverse geolocation can be prevented at all.

Key concepts: Geolocation, Computer science, Inverse, Inverse problem, The Internet, Mathematics, World Wide Web, Mathematical analysis

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