Packet probing is an important Internet measurement technique, supporting the investigation of packet delay, path, and loss. Current packet probing techniques use Internet Protocols such as the Internet Control Message Protocol (ICMP), the User Datagram Protocol (UDP), and the Transmission Control Protocol (TCP). These protocols were not originally designed for measurement purposes. Current packet probing techniques have several limitations that can be avoided. The IP Measurement Protocol (IPMP) is presented as a protocol that addresses several of the limitations discussed
Measurement and estimation of packet loss characteristics are challenging due to the relatively rare...
We describe a deterministic model of packet delay and use it to derive both the packet pair [2] prop...
It is well known that algorithms for measuring available path capacity at the IP layer by active pro...
Accurately measuring per-hop packet dynamics on an Internet path is difficult. Currently available t...
Abstract: Performance measurement of packet (e.g. managed IP) networks is a vital element in the com...
Packet-level measurement is now critical to many aspects of broadband networking, for example for gu...
Growing interest in inference and prediction of network characteristics is justified by its importan...
The current Internet design is based on a number of principles and paradigms. A central theme of the...
Accurate measurement of network parameters such as available bandwidth, link capacity, delay, packet...
With the continuous expansion of network infrastructure and deployment of applications sensitive to ...
The paper reports on a dedicated measurement system for delay measurements in IP routers, which foll...
A number of Internet applications require accurate characterization of different network parameters....
We investigate uses of computer experiments in the measurement of packet communication networks. The...
Abstract: Measurements and simulations are the main tools for studying the performance of IP network...
Part 5: Monitoring and MeasurementInternational audienceThis paper presents a measurement study of t...
Measurement and estimation of packet loss characteristics are challenging due to the relatively rare...
We describe a deterministic model of packet delay and use it to derive both the packet pair [2] prop...
It is well known that algorithms for measuring available path capacity at the IP layer by active pro...
Accurately measuring per-hop packet dynamics on an Internet path is difficult. Currently available t...
Abstract: Performance measurement of packet (e.g. managed IP) networks is a vital element in the com...
Packet-level measurement is now critical to many aspects of broadband networking, for example for gu...
Growing interest in inference and prediction of network characteristics is justified by its importan...
The current Internet design is based on a number of principles and paradigms. A central theme of the...
Accurate measurement of network parameters such as available bandwidth, link capacity, delay, packet...
With the continuous expansion of network infrastructure and deployment of applications sensitive to ...
The paper reports on a dedicated measurement system for delay measurements in IP routers, which foll...
A number of Internet applications require accurate characterization of different network parameters....
We investigate uses of computer experiments in the measurement of packet communication networks. The...
Abstract: Measurements and simulations are the main tools for studying the performance of IP network...
Part 5: Monitoring and MeasurementInternational audienceThis paper presents a measurement study of t...
Measurement and estimation of packet loss characteristics are challenging due to the relatively rare...
We describe a deterministic model of packet delay and use it to derive both the packet pair [2] prop...
It is well known that algorithms for measuring available path capacity at the IP layer by active pro...