Add to ORKGAbstract:- VoIP speech coders have PLC mechanisms to compensate for a packet loss. In this paper, various kinds of packet losses are designed. With these losses the PLC algorithms of speech coders are evaluated and analyzed by PESQ value. Based on these outcomes, reduction of loss rate is crucial, especially for VoIP. Thus, we suggest an enhanced congestion avoidance RED mechanism to enable PLC work better in reliable manner within its perceptual capabilities for VoIP service in the network
The topic of this thesis is speech coding for packet networks. Problems related to the use of packet...
Voice communication systems are moving at a steady pace from circuit-switched to packet-switched net...
In this paper, we present new adaptive playout scheduling (POS) and loss-concealment (LC) schemes fo...
Today's Internet and intranets are packet-switched networks where the Internet Protocol (IP) is the ...
This paper presents a method to improve the performance of redundancy-based packet-loss-concealment ...
In recent years, packet voice over the Internet Protocol (IP) network has become an attractive alter...
Voice-over-IP (VoIP) uses packetized transmission of speech over the Internet (IP network). However,...
Voice-over-IP (VoIP), the transmission of packetized voice over IP networks, is gaining much attenti...
Packet communication applications cannot guarantee correct delivery of every packet. Congestions and...
"Best effort" packet-switched networks, like the Internet, do not offer a reliable transmission of p...
In packet switched networks (case of IP networks) no minimal threshold on rate is offered for the tr...
The Voice over Internet Protocol (VoIP) is on its way to surpassing toll quality. Although VoIP shar...
Despite the growing importance of packet switching systems, there is still a shortage of thorough an...
Voice over IP (VoIP), the transmission of voice over an IP network, is gaining much momentum in the ...
Voice over Internet Protocol (VoIP) is a technology that transports voice data packets across packet...
The topic of this thesis is speech coding for packet networks. Problems related to the use of packet...
Voice communication systems are moving at a steady pace from circuit-switched to packet-switched net...
In this paper, we present new adaptive playout scheduling (POS) and loss-concealment (LC) schemes fo...
Today's Internet and intranets are packet-switched networks where the Internet Protocol (IP) is the ...
This paper presents a method to improve the performance of redundancy-based packet-loss-concealment ...
In recent years, packet voice over the Internet Protocol (IP) network has become an attractive alter...
Voice-over-IP (VoIP) uses packetized transmission of speech over the Internet (IP network). However,...
Voice-over-IP (VoIP), the transmission of packetized voice over IP networks, is gaining much attenti...
Packet communication applications cannot guarantee correct delivery of every packet. Congestions and...
"Best effort" packet-switched networks, like the Internet, do not offer a reliable transmission of p...
In packet switched networks (case of IP networks) no minimal threshold on rate is offered for the tr...
The Voice over Internet Protocol (VoIP) is on its way to surpassing toll quality. Although VoIP shar...
Despite the growing importance of packet switching systems, there is still a shortage of thorough an...
Voice over IP (VoIP), the transmission of voice over an IP network, is gaining much momentum in the ...
Voice over Internet Protocol (VoIP) is a technology that transports voice data packets across packet...
The topic of this thesis is speech coding for packet networks. Problems related to the use of packet...
Voice communication systems are moving at a steady pace from circuit-switched to packet-switched net...
In this paper, we present new adaptive playout scheduling (POS) and loss-concealment (LC) schemes fo...