Add to ORKGThis paper describes a computational model for the prediction of perceived spatial quality for reproduced sound at arbitrary locations in the listening area. The model is specifically designed to evaluate distortions in the spatial domain such as changes in source location, width and envelopment. Maps of perceived spatial quality across the listening area are presented from our initial results
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...
The evaluation of perceived spatial quality calls for a method that is sensitive to changes in the c...
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...
This paper describes a computational model for the prediction of perceived spatial quality for repro...
The research in this thesis describes the creation and development of a method for the prediction of...
The research in this thesis describes the creation and development of a method for the prediction of...
The QESTRAL project aims to develop an artificial listener for comparing the perceived quality of a ...
Audio systems and recordings are optimized for listening at the ’sweet spot’, but how well do they w...
Previously-obtained data, quantifying the degree of quality degradation resulting from a range of sp...
Spatial audio processes (SAPs) commonly encountered in consumer audio reproduction systems are known...
The QESTRAL (Quality Evaluation of Spatial Transmission and Reproduction using an Artificial Listene...
From the early days of reproduced sound, engineers have sought to reproduce the spatial properties o...
The spatial quality of audio content delivery systems is becoming increasingly important as service ...
Spatial audio processes (SAPs) commonly encountered in consumer audio reproduction systems are known...
Most current perceptual models for audio quality have so far tended to concentrate on the audibility...
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...
The evaluation of perceived spatial quality calls for a method that is sensitive to changes in the c...
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...
This paper describes a computational model for the prediction of perceived spatial quality for repro...
The research in this thesis describes the creation and development of a method for the prediction of...
The research in this thesis describes the creation and development of a method for the prediction of...
The QESTRAL project aims to develop an artificial listener for comparing the perceived quality of a ...
Audio systems and recordings are optimized for listening at the ’sweet spot’, but how well do they w...
Previously-obtained data, quantifying the degree of quality degradation resulting from a range of sp...
Spatial audio processes (SAPs) commonly encountered in consumer audio reproduction systems are known...
The QESTRAL (Quality Evaluation of Spatial Transmission and Reproduction using an Artificial Listene...
From the early days of reproduced sound, engineers have sought to reproduce the spatial properties o...
The spatial quality of audio content delivery systems is becoming increasingly important as service ...
Spatial audio processes (SAPs) commonly encountered in consumer audio reproduction systems are known...
Most current perceptual models for audio quality have so far tended to concentrate on the audibility...
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...
The evaluation of perceived spatial quality calls for a method that is sensitive to changes in the c...
This thesis has investigated objective measurements that relate to the perceived spatial attributes ...