This paper presents info around measured bandwidth, metric, measurement methodology, bulk transfer capacity, transfer capacity, stream, bandwidth, link capacity, periodic streams, time interval, average utilization, existing bandwidth, trafﬁc load, propagation delays, and self loading. Many explanation related to train dispersion, measurement techniques, available bandwidth, probing, instantaneous utilization, measurement, estimation tools, packet size, bandwidth estimation tools, dispersion rate, path capacity, cross trafﬁc, connection, and individual hops are presented inside this paper.
In this paper the reader can find description related to network, bandwidth estimation, trafﬁc, network path, time intervals, source, transmission rate, measurement tools, packet, methodology, delays, bandwidth measurement, propagation, estimation, and probing packet size. These are chosen from this paper:
In a packet network, the terms “bandwidth” or “throughput” often characterize the amount of data that the network can transfer per unit of time. Bandwidth estimation is of interest to users wishing to optimize end-to-end transport performance, overlay network routing, and peer-to-peer ﬁle distribution. Techniques for accurate bandwidth estimation are also important for trafﬁc engineering and capacity planning support. Existing bandwidth estimation tools measure one or more of three related metrics: capacity, available bandwidth, and bulk transfer capacity (BTC). Currently available bandwidth estimation tools employ a variety of strategies to measure these metrics. In this survey we review the recent bandwidth estimation literature focusing on underlying techniques and methodologies as well as open source bandwidth measurement tools.
Additionally, this paper contains info things like load, previous deﬁnition, capacity, probing packet, segment, data, layer, techniques, transmission, transfer, stream rate, minimum available bandwidth, utilization, and packet pair dispersion.