Paper Info
Title
Multiple quality control: a new framework for QoS control in forward link of 1×EV-DV systems
Abstract
One of main issues in 1×EV-DV systems is how to support and satisfy various QoS requirements of data services and voice service simultaneously. Another main issue in 1×EV-DV systems is how to increase throughput of data services without sacrificing voice service QoS requirements. The main motivation for our proposed architecture, MQC (multiple quality control), is to use per-stream buffers in the physical layer and to fully utilize air resources. The problem of existing architectures is that PDUs from only one stream can be transmitted and those PDUs may not fill out the allocated time slots. In contrast to existing architectures, MQC can multiplex several streams into one PLP (physical layer packet) because MQC utilizes per-service buffers in the physical layer. We also introduce a multiplexing scheme that minimizes queueing delays of real-time traffic and maximizes cell throughputs.
Year
DOI
Venue
2002
10.1109/VTC.2002.1002797
VTC Spring
Keywords
DocType
Volume
queueing delays,1xev-dv systems,cellular radio,integrated voice/data communication,quality of service,multiplexing,buffer storage,physical layer,queueing theory,qos control,forward link,per-stream buffers,mqc,packet radio networks,physical layer packet,voice service,multiplexing scheme,plp,throughput,data services,multiple quality control,air resource,quality control,telecommunications
Conference
3
ISSN
Citations 
PageRank 
1090-3038
0
0.34
References 
Authors
0
6
Name
Order
Citations
PageRank
Jeong-woo Cho112014.09
Taesoo Kwon280056.37
Chang-hoi Koo3173.04
D. S. Park400.34
Daegyun Kim511.37
Dong-ho Cho61616176.42