The problem of deterioated automatic speech recognition performance for telecommunication devices like mobile phones is well-studied. However, few papers analyse the influence of emergency broadcast radio devices such as the Terrestrial Trunked Radio (TETRA), which is used for many public safety networks in Europe and Asia. In this paper, we dissect several aspects of the TETRA encoding scheme when transmitting over a dedicated emergency radio station by conducting experiments with original hardware and corresponding software simulations. We also offer a new technique for a cepstral mismatch compensation
The Global System for Mobile (GSM) environment encompasses three main problems for automatic speech ...
TETRA has been designed with reliable voice communications under critical environmental and operatio...
A novel cepstrum based channel compensation technique is proposed for speaker verification. Under th...
The European trunked radio standard Terrestrial Trunked Radio (TETRA) is a pure digital information ...
Since its introduction in the mid 90ies, the Terrestrial Trunked Radio (TETRA) standard for digital ...
This paper presents the simulation tool TETRIS, which provides a complete simulation environment for...
With growing demand for digital wireless communica-tion systems, simulation tools are increasingly i...
This thesis proposes original methodologies for efficient implementation of complex signal processin...
Terrestrial trunked radio (TETRA) is a digital radio standard that was developed to meet the needs o...
Terrestrial trunked radio (TETRA) is a digital radio standard that was developed to meet the needs o...
The terrestrial-trunked radio (TETRA) specification is produced by the European Telecommunication St...
This paper discusses the traffic performance of TETRA, TAPS, and a new approach for broadband ad hoc...
This paper presents an experimental study on the impact of telephone channels on the accuracy of aut...
A tool for simulating the acoustic conditions during the speech input to a recognition system and th...
A tool for simulating the acoustic conditions during the speech input to a recognition system and th...
The Global System for Mobile (GSM) environment encompasses three main problems for automatic speech ...
TETRA has been designed with reliable voice communications under critical environmental and operatio...
A novel cepstrum based channel compensation technique is proposed for speaker verification. Under th...
The European trunked radio standard Terrestrial Trunked Radio (TETRA) is a pure digital information ...
Since its introduction in the mid 90ies, the Terrestrial Trunked Radio (TETRA) standard for digital ...
This paper presents the simulation tool TETRIS, which provides a complete simulation environment for...
With growing demand for digital wireless communica-tion systems, simulation tools are increasingly i...
This thesis proposes original methodologies for efficient implementation of complex signal processin...
Terrestrial trunked radio (TETRA) is a digital radio standard that was developed to meet the needs o...
Terrestrial trunked radio (TETRA) is a digital radio standard that was developed to meet the needs o...
The terrestrial-trunked radio (TETRA) specification is produced by the European Telecommunication St...
This paper discusses the traffic performance of TETRA, TAPS, and a new approach for broadband ad hoc...
This paper presents an experimental study on the impact of telephone channels on the accuracy of aut...
A tool for simulating the acoustic conditions during the speech input to a recognition system and th...
A tool for simulating the acoustic conditions during the speech input to a recognition system and th...
The Global System for Mobile (GSM) environment encompasses three main problems for automatic speech ...
TETRA has been designed with reliable voice communications under critical environmental and operatio...
A novel cepstrum based channel compensation technique is proposed for speaker verification. Under th...