This paper presents the design of a next generation network traffic monitoring and analysis system, called NG-MON (Next Generation MONitoring), for high-speed networks such as 10 Gbps and above. Packet capturing and analysis on such high-speed networks is very difficult using traditional approaches. Using distributed, pipelining and parallel processing techniques, we have designed a flexible and scalable monitoring and analysis system, which can run on off-the-shelf, cost-effective computers. The monitoring and analysis task in NG-MON is divided into five phases; packet capture, flow generation, flow store, traffic analysis, and presentation. Each phase can be executed on separate computer systems and cooperates with adjacent phases using p...
We propose a novel general-purpose network traffic Monitoring Application Programming Interface (MAP...
Accurate per-application network traffic characterization is becoming in-creasingly difficult in the...
Monitoring network traffic on 10 Gbit networks requires very efficient tools capable of exploiting ...
Two critical problems exist in traffic monitoring and analysis of today's Internet traffic comp...
The wide availability of cheap and effective commodity PC hardware has driven the development of ver...
Abstract—As the growth of Internet traffic volume and diver-sity continues, passive monitoring and d...
Traffic monitoring is a research field whose results can be exploited for several purposes, such as ...
Abstract—In this paper we demonstrate the potentials of a new network monitoring architecture named ...
As an attempt to make network managers ’ life easier, we present M3Omon, a system architecture that ...
A new passive monitoring architecture — Nprobe — is presented, based upon 'off the shelf components ...
This thesis proposes a packet generation and measurement tool for communication networks, called the...
This thesis deals with the design and implementation of a monitoring probe intended for IP flow meas...
Effective network monitoring is vital for the growing number of control and management applications ...
Effective network monitoring is vital for the growing number of control and management applications ...
The networks speed has been advancing rapidly in providing higher transmission rate 10 Gbps and over...
We propose a novel general-purpose network traffic Monitoring Application Programming Interface (MAP...
Accurate per-application network traffic characterization is becoming in-creasingly difficult in the...
Monitoring network traffic on 10 Gbit networks requires very efficient tools capable of exploiting ...
Two critical problems exist in traffic monitoring and analysis of today's Internet traffic comp...
The wide availability of cheap and effective commodity PC hardware has driven the development of ver...
Abstract—As the growth of Internet traffic volume and diver-sity continues, passive monitoring and d...
Traffic monitoring is a research field whose results can be exploited for several purposes, such as ...
Abstract—In this paper we demonstrate the potentials of a new network monitoring architecture named ...
As an attempt to make network managers ’ life easier, we present M3Omon, a system architecture that ...
A new passive monitoring architecture — Nprobe — is presented, based upon 'off the shelf components ...
This thesis proposes a packet generation and measurement tool for communication networks, called the...
This thesis deals with the design and implementation of a monitoring probe intended for IP flow meas...
Effective network monitoring is vital for the growing number of control and management applications ...
Effective network monitoring is vital for the growing number of control and management applications ...
The networks speed has been advancing rapidly in providing higher transmission rate 10 Gbps and over...
We propose a novel general-purpose network traffic Monitoring Application Programming Interface (MAP...
Accurate per-application network traffic characterization is becoming in-creasingly difficult in the...
Monitoring network traffic on 10 Gbit networks requires very efficient tools capable of exploiting ...