This paper focuses on a novel methodology of subjective speech quality measurement and repeatability of its results between laboratory conditions and simulated environmental conditions. A single set of speech samples was distorted by various background noises and low bit-rate coding techniques. This study aimed to compare results of subjective speech quality tests with and without a parallel task deploying the ITU-T P.835 methodology. Afterward, tests results performed with and without a parallel task were compared using Pearson correlation, CI95, and numbers of opposite pair-wise comparisons. The tests show differences in results in the case of a parallel task
It is becoming crucial to accurately estimate and monitor speech quality in various ambient environm...
There is continued the work of iQoS module creation. Possibilities to create special module which sh...
© 2018 Elsevier Ltd Speech enhancement algorithms is to improve speech quality, naturalness and inte...
<div><p>This paper focuses on a novel methodology of subjective speech quality measurement and repea...
This paper focuses on a novel methodology of subjective speech quality measurement and repeatability...
This article reports on a multi-lab subjective listening experiment aiming at inter-lab and intra-la...
peer-reviewedThis article proposes a new output-based method for non-intrusive assessment of speech ...
Subjective speech quality assessment has traditionally been carried out in laboratory environments u...
Cellular phone network speech quality monitoring is a regular task performed by the cellular service...
International audienceIn this paper we propose an objective method to assess speech quality in the c...
The demand for obtaining and maintaining a certain speech quality in systems and networks has grow...
Current objective assessments of speech signals show little correlation with the listener's perceive...
One problem that often occurs after installing/implementing an IP telephony system is voice quality....
Abstract- Recent development in telecommunication services, such as VoIP in NGN and car communicatio...
The Virtual Speech Quality Objective Listener (ViSQOL) is a new objective speech quality model. It i...
It is becoming crucial to accurately estimate and monitor speech quality in various ambient environm...
There is continued the work of iQoS module creation. Possibilities to create special module which sh...
© 2018 Elsevier Ltd Speech enhancement algorithms is to improve speech quality, naturalness and inte...
<div><p>This paper focuses on a novel methodology of subjective speech quality measurement and repea...
This paper focuses on a novel methodology of subjective speech quality measurement and repeatability...
This article reports on a multi-lab subjective listening experiment aiming at inter-lab and intra-la...
peer-reviewedThis article proposes a new output-based method for non-intrusive assessment of speech ...
Subjective speech quality assessment has traditionally been carried out in laboratory environments u...
Cellular phone network speech quality monitoring is a regular task performed by the cellular service...
International audienceIn this paper we propose an objective method to assess speech quality in the c...
The demand for obtaining and maintaining a certain speech quality in systems and networks has grow...
Current objective assessments of speech signals show little correlation with the listener's perceive...
One problem that often occurs after installing/implementing an IP telephony system is voice quality....
Abstract- Recent development in telecommunication services, such as VoIP in NGN and car communicatio...
The Virtual Speech Quality Objective Listener (ViSQOL) is a new objective speech quality model. It i...
It is becoming crucial to accurately estimate and monitor speech quality in various ambient environm...
There is continued the work of iQoS module creation. Possibilities to create special module which sh...
© 2018 Elsevier Ltd Speech enhancement algorithms is to improve speech quality, naturalness and inte...