A hybrid signal-and-link-parametric approach to single-ended quality measurement of packetized speech is proposed. Trans-mission link parameters are used to determine a base quality for the test signal. The base quality is adjusted by degradation factors calculated from perceptual features extracted from the test signal. The degradation factors are based on Kullback-Leibler distances between a parametric model trained online for the extracted features and reference models of normative speech behavior. The proposed method overcomes the limita-tions of pure link parametric and pure signal-based methods. Index Terms — Quality measurement, VoIP, packet loss concealment, Kullback-Leibler distance
This paper presents a research on the influence of packet loss on quality of Internet speech connect...
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
With the increasing deployment of real-time Internet services, evaluating the user perception of qua...
International audienceThe perceptual quality of VoIP conversations depends tightly on the pattern of...
his article presents a tutorial overview of models for estimating the quality experienced by users o...
International audienceThis paper describes novel parametric speech quality models which subsume the ...
This paper presents an analysis of the relation between IP channel characteristics and final voice t...
With increasing development of new technologies (RTC, RNIS, GSM, VoIP), tele-communication services ...
Abstract—Estimating the quality of VoIP-transmitted speech is the subject of this paper. We present ...
We propose an algorithm to classify speech degradations at network endpoints and to estimate the spe...
It is recognized that objective and reliable voice quality measure is PESQ algorithm. Systemic analy...
International audienceA revolutionary feature of emerging media services over the Internet is their ...
Voice over Internet Protocol (VoIP) is an active area of research in the world of communication. The...
Abstract Wireless-VoIP communications introduce perceptual degradations that are not p...
The purpose of this thesis is to develop a reliable, convenient, and flexible parametric model that ...
This paper presents a research on the influence of packet loss on quality of Internet speech connect...
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
With the increasing deployment of real-time Internet services, evaluating the user perception of qua...
International audienceThe perceptual quality of VoIP conversations depends tightly on the pattern of...
his article presents a tutorial overview of models for estimating the quality experienced by users o...
International audienceThis paper describes novel parametric speech quality models which subsume the ...
This paper presents an analysis of the relation between IP channel characteristics and final voice t...
With increasing development of new technologies (RTC, RNIS, GSM, VoIP), tele-communication services ...
Abstract—Estimating the quality of VoIP-transmitted speech is the subject of this paper. We present ...
We propose an algorithm to classify speech degradations at network endpoints and to estimate the spe...
It is recognized that objective and reliable voice quality measure is PESQ algorithm. Systemic analy...
International audienceA revolutionary feature of emerging media services over the Internet is their ...
Voice over Internet Protocol (VoIP) is an active area of research in the world of communication. The...
Abstract Wireless-VoIP communications introduce perceptual degradations that are not p...
The purpose of this thesis is to develop a reliable, convenient, and flexible parametric model that ...
This paper presents a research on the influence of packet loss on quality of Internet speech connect...
The Internet is increasingly being used to carry real-time voice traffic. Users of real-time voice s...
With the increasing deployment of real-time Internet services, evaluating the user perception of qua...