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Mausezahn (German pronunciation: [ˈmaʊ̯zəˌʦaːn], German for "mouse tooth") is a fast network traffic generator written in C which allows the user to craft nearly every possible and "impossible" packet. Since version 0.31 Mausezahn is open source in terms of the GPLv2.
The network performance can be analyzed by network traffic measurement in a testbed network, using a network traffic generator such as iperf, bwping and Mausezahn.The traffic generator sends dummy packets, often with a unique packet identifier, making it possible to keep track of the packet delivery in the network.
The network performance under maximum throughput conditions can be analyzed by network traffic measurement in a testbed network, using a network traffic generator such as iperf. The traffic generator sends dummy packets, often with a unique packet identifier, making it possible to keep track of the packet delivery in the network using a network ...
Bit-Twist, a libpcap-based Ethernet packet generator and editor for BSD, Linux, and Windows. Cain and Abel, a discontinued password recovery tool for Microsoft Windows; EtherApe, a graphical tool for monitoring network traffic and bandwidth usage in real time.
Network traffic simulation usually follows the following four steps: [1] [2] Modelling the system as a dynamic stochastic (i.e. random) process Generation of the realizations of this stochastic process
A packet generator or packet builder is a type of software that generates random packets or allows the user to construct detailed custom packets. Depending on the network medium and operating system, packet generators utilize raw sockets , NDIS function calls, or direct access to the network adapter kernel-mode driver .
Although the actual Internet traffic mix has changed over time, the standardized IMIX profiles used for testing have not been updated accordingly because the IMIX test results need to be comparable. Mix profiles exist for IPv4 , TCP , VPN ( IPsec ) and IPv6 traffic, distributions are similar but frame sizes vary given the different overhead and ...
Ethernet traffic data is often self-similar. [5] Empirical studies of measured traffic traces have led to the wide recognition of self-similarity in network traffic. [8]