References of "Rajarajan, Muttukrishnan"
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See detailP2P File-Sharing in Hell: Exploiting BitTorrent Vulnerabilities to Launch Distributed Reflective DoS Attacks
Adamsky, Florian UL; Khayam, Syed Ali; Jäger, Rudolf et al

Presentation (2015)

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See detailStealing Bandwidth from BitTorrent Seeders
Adamsky, Florian UL; Khayam, Syed Ali; Jäger, Rudolf et al

in Computers & Security (2014)

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See detailSecurity Analysis of the Micro Transport Protocol with a Misbehaving Receiver
Adamsky, Florian UL; Khayam, Ali; Jäger, Rudolf et al

in International Conference on Cyber-Enabled Distributed Computing and Knowledge Discover (CyberC) (2012)

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See detailPOSTER: Destabilizing BitTorrent’s Clusters to Attack High Bandwidth Leechers
Adamsky, Florian UL; Khan, Hassan; Rajarajan, Muttukrishnan et al

in In 18th ACM Conference on Computer and Communications Security (ACM CCS) (2011)

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See detailA Novel Concept for Hybrid Quality Improvements in Consumer Networks
Adamsky, Florian UL; Köhnen, Christopher; Überall, Christian et al

in ICCE-Berlin 2011: 2011 IEEE International Conference on Consumer Electronics - Berlin (ICCE-Berlin) (2011)

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See detailEnhancements to Statistical Protocol IDentification (SPID) for Self-Organised QoS in LANs
Köhnen, Christopher; Überall, Christian; Adamsky, Florian UL et al

in ICCCN 2010 Track on Network Algorithms, Performance Evaluation and Theory (NAPET) (ICCCN 2010 NAPET) (2010)

Since most real-time audio and video applications lack of QoS support, QoS demand of such IP data streams shall be detected and applied automatically. To support QoS in LANs, especially in home ... [more ▼]

Since most real-time audio and video applications lack of QoS support, QoS demand of such IP data streams shall be detected and applied automatically. To support QoS in LANs, especially in home environments, a system was developed, which enables self-organised QoS for unmanaged networks through host implementations - in contrast to traditional solutions without network support. It supports per-link reservation and prioritisation and works without a need for application support. One part of this system is an automated traffic identification and classification system, which is subject of this paper. An efficient set of attribute meters, based on the Statistical Protocol IDentification (SPID), was investigated, enhanced and evaluated. We improved the performance, added support for UDP protocols and real-time identification. It is shown that using our implementation efficient near real-time protocol identification on per-flow basis is possible to support self-organised resource reservation. [less ▲]

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