In this paper we present the combined influence of packet delay and packet loss on speech quality in packet telephony. We calculate equiquality lines, which demonstrate the joint influence of these factors on the packetized signal quality. The use of equiquality lines to determine the optimal size of de-jitter buffer is illustrated by couple of numerical examples.U radu se analizira združeno djelovanje kašnjenja i gubitaka paketa. Izračunate su ekvikvalitetne linije koje pokazuju utjecaj ovih čimbenika na kvalitetu paketiziranog govora. Korištenje ekvikvalitetnih linija za odre.ivanje optimalne veličine de-jitter me.uspremnika prikazano je na nekolicini primjera
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
In this master’s thesis, speech quality of priority-differentiated voice calls in fourth generation ...
This paper deals with the ITU-T E-model, which is used for non-intrusive MOS VoIP call quality estim...
In this paper a simple analytical expression based on E-model is applied to analyse the impact of pa...
The paper deals with a proposal of original E-model modification, the new model includes improvemen...
In this paper a simple analytical expression based on E-model is applied to analyse the impact of pa...
When voice traffic is transported over a packet-based network, a number of conditions different from...
This paper presents an analysis of the relation between IP channel characteristics and final voice t...
This paper investigates the effects of packet loss and delay jitter on speech quality in voice over ...
In Internet-protocol (IP) telephony, problems of transmission delay variations are frequently addres...
The paper presents the problem of signal degradation in packet-based voice transmission and its infl...
This paper describes simulations of speech sequences transmission for intrusive measurement of voice...
This paper presents a research on the influence of packet loss on quality of Internet speech connect...
To combat jitter problems in voice streaming over packet networks, playout buffering algorithms are ...
Delay, echo, codec type, and packet loss all come into play in achieving the quality of PSTN calls i...
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
In this master’s thesis, speech quality of priority-differentiated voice calls in fourth generation ...
This paper deals with the ITU-T E-model, which is used for non-intrusive MOS VoIP call quality estim...
In this paper a simple analytical expression based on E-model is applied to analyse the impact of pa...
The paper deals with a proposal of original E-model modification, the new model includes improvemen...
In this paper a simple analytical expression based on E-model is applied to analyse the impact of pa...
When voice traffic is transported over a packet-based network, a number of conditions different from...
This paper presents an analysis of the relation between IP channel characteristics and final voice t...
This paper investigates the effects of packet loss and delay jitter on speech quality in voice over ...
In Internet-protocol (IP) telephony, problems of transmission delay variations are frequently addres...
The paper presents the problem of signal degradation in packet-based voice transmission and its infl...
This paper describes simulations of speech sequences transmission for intrusive measurement of voice...
This paper presents a research on the influence of packet loss on quality of Internet speech connect...
To combat jitter problems in voice streaming over packet networks, playout buffering algorithms are ...
Delay, echo, codec type, and packet loss all come into play in achieving the quality of PSTN calls i...
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
In this master’s thesis, speech quality of priority-differentiated voice calls in fourth generation ...
This paper deals with the ITU-T E-model, which is used for non-intrusive MOS VoIP call quality estim...