The scheduling scheme of a switch affects the delay, throughput and fairness of a network and thus has a great impact on the quality of service (QoS). In Part I, we present a theoretical analysis of a burst scheduling for ATM switches and proved QoS guarantees on throughput and fairness of the applications. Here, we use simulation to demonstrate the superiority of the burst based weighted fair queueing over the non-burst version. Our simulation study is based on backbone and access subnetworks, which are common in the real world. Key Words: Burst based weighted fair queueing, Implementation, Simulation
is believed to be capable of supporting various services with drastically different traffic characte...
For the future boardband public network service, Asynchronous Transfer Mode (ATM) is proposed. It su...
Performance analysis of a cell scheduling algorithm for an input-queued ATM switch is presented in t...
Fair queueing is a useful queueing discipline for packet switching systems. It was developed in last...
Abstract—The problem of allocating network resources to appli-cation sessions backlogged at an indiv...
Considers an N×N nonblocking, space division, input queuing ATM cell switch, and a class of Markovia...
Abstract—Bursts consist of a varying number of asynchronous transfer mode cells corresponding to a d...
We consider an N x N nonblocking, space division,input queuing asynchronous transfer mode (ATM) cell...
We model an ATM network comprising an input quelling cell switching hub. Customer access lines are m...
Includes bibliographical references.In this dissenation, the candidate proposes the use of a ratio t...
This work investigates the improvement of network jitter and quality of service (QoS) in ATM network...
The behavior of the ideal General Processor Sharing (gps) discipline and different per-VC queuing al...
The issue of traffic control in ATM networks is of the utmost importance in the light of the heterog...
This letter quantitatively evaluates two alternative approaches to the scheduling of traffic streams...
The success of future ATM networks depends heavily on the ability to deliver a wide range of service...
is believed to be capable of supporting various services with drastically different traffic characte...
For the future boardband public network service, Asynchronous Transfer Mode (ATM) is proposed. It su...
Performance analysis of a cell scheduling algorithm for an input-queued ATM switch is presented in t...
Fair queueing is a useful queueing discipline for packet switching systems. It was developed in last...
Abstract—The problem of allocating network resources to appli-cation sessions backlogged at an indiv...
Considers an N×N nonblocking, space division, input queuing ATM cell switch, and a class of Markovia...
Abstract—Bursts consist of a varying number of asynchronous transfer mode cells corresponding to a d...
We consider an N x N nonblocking, space division,input queuing asynchronous transfer mode (ATM) cell...
We model an ATM network comprising an input quelling cell switching hub. Customer access lines are m...
Includes bibliographical references.In this dissenation, the candidate proposes the use of a ratio t...
This work investigates the improvement of network jitter and quality of service (QoS) in ATM network...
The behavior of the ideal General Processor Sharing (gps) discipline and different per-VC queuing al...
The issue of traffic control in ATM networks is of the utmost importance in the light of the heterog...
This letter quantitatively evaluates two alternative approaches to the scheduling of traffic streams...
The success of future ATM networks depends heavily on the ability to deliver a wide range of service...
is believed to be capable of supporting various services with drastically different traffic characte...
For the future boardband public network service, Asynchronous Transfer Mode (ATM) is proposed. It su...
Performance analysis of a cell scheduling algorithm for an input-queued ATM switch is presented in t...