We apply our models to three potential P2P VoD designs: Naive bandwidth Allocation Design (NAD), Independent-channel Chunk-aware bandwidth Allocation design (ICA) and Cross-channel Chunk-aware bandwidth Allocation design (CCA).
In this paper, a novel dynamic voltage frequency scaling-aware (DVFS-aware) bandwidth- efficient motion estimation (ME) scheme is presented for mobile application processor (AP) systems.
In this paper, we present a novel I/O-aware bandwidth allocation framework to coordinate ongoing I/O requests on petascale computing systems.
A distributed bandwidth reservation scheme called the mobility-prediction-aware bandwidth reservation scheme was proposed by Nadembega A. et al. [13].
In this paper, we have proposed a dynamic QoS-aware bandwidth allocation scheme, called DQBA, to provision QoS for real-time applications in multi-hop WiLD networks.
As proved in Section "Problem statement", energy-aware bandwidth allocation and routing is an NP-hard problem with a high complexity due to the exponential number of nodes and routes.
In this paper, we have presented a dynamic QoS-aware bandwidth allocation scheme for multi-hop WiLD networks which addresses the congestion problem and hence facilitates QoS support for real-time traffic.
In response to this NP-hard problem, inspired by an Artificial Intelligence abstraction technique, we proposed a Blocking Island based heuristic scheme (BHS) by designing an energy-aware bandwidth allocation mechanism and an energy-aware routing algorithm, which can decrease the computation complexity and increase the success ratio of bandwidth allocation.
In this paper, a sleep-aware dynamic bandwidth allocation (SDBA) algorithm and the supporting protocol are proposed for maximizing energy efficiency while satisfying the end-user QoS constraints on downstream (DS) and upstream (US) transmissions in 10G-EPONs.
Yang et al.[6] presented a converged network architecture based on the concept of virtual ONU-BS (VOB) and proposed a QoS-aware dynamic bandwidth allocation (DBA) scheme.
In this paper, we propose a QoS-aware dynamic bandwidth allocation scheme to mitigate congestion problem in gateway-based multi-hop WiFi-based long distance networks and thereby enhance QoS guarantees for real-time traffic.
