3D-MARCo is an open-access database of 3D sound recordings of musical performances and room impulse responses. The recordings were made in the St. Paul’s concert hall in Huddersfield, UK using a total of 71 microphones simultaneously. The main microphone arrays included in the database comprise PCMA-3D, OCT-3D, 2L-Cube, Decca Cubioid, First-order Ambisonics (FOA), Higher-order Ambisonics (HOA) and Hamasaki Square with height. In addition, ORTF, side/height, Voice of God and floor channels as well as a dummy head and spot microphones are included. The sound sources recorded are string quartet, piano trio, piano solo, organ, a cappella group, various single sources and room impulse responses of a virtual ensemble with 13 source positions capt...
SIPARIO is a project recently funded by the Italian region Emilia Romagna. It aims to virtually reco...
The definition and measurement of 3D properties of the sound field has been strongly improved in las...
This thesis details the design, implementation, and evaluation of a novel technique for orchestral m...
3D-MARCo is an open-access database of 3D sound recordings of musical performances and room impulse ...
Abstract This paper presents open-access 3D sound recordings of musical performances and room impul...
Abstract This paper presents open-access 3D sound recordings of musical performances and room impul...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
This is a presentation for the paper titled "3D Microphone Array Comparison: Objective Measurements"...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
none2noThe analysis of the sound field’s 3D properties has been strongly improved in recent years, a...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
ESMA3D (Equal Segment Microphone Array 3D) is a 3D mic array technique for 360° recording developed ...
SIPARIO is a project recently funded by the Italian region Emilia Romagna. It aims to virtually reco...
The definition and measurement of 3D properties of the sound field has been strongly improved in las...
This thesis details the design, implementation, and evaluation of a novel technique for orchestral m...
3D-MARCo is an open-access database of 3D sound recordings of musical performances and room impulse ...
Abstract This paper presents open-access 3D sound recordings of musical performances and room impul...
Abstract This paper presents open-access 3D sound recordings of musical performances and room impul...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
This is a presentation for the paper titled "3D Microphone Array Comparison: Objective Measurements"...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
none2noThe analysis of the sound field’s 3D properties has been strongly improved in recent years, a...
The analysis of the sound field’s 3D properties has been strongly improved in recent years, after sp...
ESMA3D (Equal Segment Microphone Array 3D) is a 3D mic array technique for 360° recording developed ...
SIPARIO is a project recently funded by the Italian region Emilia Romagna. It aims to virtually reco...
The definition and measurement of 3D properties of the sound field has been strongly improved in las...
This thesis details the design, implementation, and evaluation of a novel technique for orchestral m...