End-to-end capacity is a useful metric for network applications such as traffic engineering,
QoS verification, peer-to-peer file distribution, video/audio streaming, admission control, etc …

Many methods for end-to-end capacity estimation over wired networks assume that link
capacities are constant and that all cross-traffic interaction occurs through queuing delays at …

Accuracy of available estimated bandwidth and convergence delay algorithm are
researchers' challenges in wireless network measurements. Currently a variety of tools are …

The available bandwidth in Mobile Ad Hoc network is affected by multiple factors, where
channel utilization and collision probability are mainly included. For each facet, the …

Abstract Knowledge of end-to-end path capacity is useful for video/audio stream adaptation,
network management and overlay design. Capacity estimation in wired and last-hop …

Knowledge of end-to-end path capacity is useful for video/audio stream adaptation, rate
control and overlay design. Capacity estimation in wired and last-hop wireless networks has …

Quality of Service (QoS) support in IEEE 802.11-based ad hoc networks relies on the
networks' ability to estimate the available bandwidth on a given link. However, no …

The available bandwidth information is important to the admission control, channel
scheduling and other schemes; moreover, it is an important parameter to evaluate the …

In a wired multi-hop path, the concepts of end-to-end bandwidth (BW) and end-to-end
available bandwidth (ABW) are clearly defined and widely accepted as the capacity of the …

Ad hoc networks present unique advanced challenges, including the design of protocols for
mobility management, effective routing, data transport, security, power management, and …