In this paper, we will compare different combinations of a multi-channel non-adaptive noise reduction unit (NRU) and an acoustic echo cancellation unit (AEC) for a standard single-channel voice transmission. The results show that the NRU and the AEC-unit can be interchanged without increasing the computational complexity of the combined system. The length of an AEC’s adaptive filter can be greatly reduced, if a multi-channel AEC-unit in front of a multichannel NRU is used. Furthermore, the control information, like the step-size of the NLMS-algorithm, has to be computed only once. 1
This paper presents a novel acoustic echo canceller (AEC) consisting of an adaptive FIR filter and a...
We have designed and tested an acoustic echo cancellation system for speech teleconferencing. Our al...
Acoustic echo cancellation (AEC) is an essential component of effective hands-free telephony. Conve...
This contribution deals with a new multi-microphone algo-rithm for joint acoustic echo cancellation ...
Many modern communication and smart devices are equipped with several microphones, in addition to on...
Adaptive filtering technique is one of the core technologies in digital signal processing and finds ...
The objective of the research is to achieve a systematic combination of acoustic echo reduction comp...
In this contribution, we introduce a novel framework for combining approaches for acoustic echo canc...
An acoustic echo cancellation structure with a single loudspeaker and multiple microphones is, fro...
Includes bibliographical references (pages 102-105)In teleconferencing, the use of a speaker-phone s...
Blind Signal Separation (BSS) deals with recovering (filtered versions of) source signals from an ob...
The whole dimension of communications has been changed by the rapid growth of technology. Today peop...
We have designed and simulated an acoustic echo cancellation system for conferencing. This system is...
Includes bibliographical references (pages [93]-94)In telecommunication, the echo canceler using an ...
This paper presents a novel acoustic echo canceller (AEC) consisting of an adaptive FIR filter and a...
This paper presents a novel acoustic echo canceller (AEC) consisting of an adaptive FIR filter and a...
We have designed and tested an acoustic echo cancellation system for speech teleconferencing. Our al...
Acoustic echo cancellation (AEC) is an essential component of effective hands-free telephony. Conve...
This contribution deals with a new multi-microphone algo-rithm for joint acoustic echo cancellation ...
Many modern communication and smart devices are equipped with several microphones, in addition to on...
Adaptive filtering technique is one of the core technologies in digital signal processing and finds ...
The objective of the research is to achieve a systematic combination of acoustic echo reduction comp...
In this contribution, we introduce a novel framework for combining approaches for acoustic echo canc...
An acoustic echo cancellation structure with a single loudspeaker and multiple microphones is, fro...
Includes bibliographical references (pages 102-105)In teleconferencing, the use of a speaker-phone s...
Blind Signal Separation (BSS) deals with recovering (filtered versions of) source signals from an ob...
The whole dimension of communications has been changed by the rapid growth of technology. Today peop...
We have designed and simulated an acoustic echo cancellation system for conferencing. This system is...
Includes bibliographical references (pages [93]-94)In telecommunication, the echo canceler using an ...
This paper presents a novel acoustic echo canceller (AEC) consisting of an adaptive FIR filter and a...
This paper presents a novel acoustic echo canceller (AEC) consisting of an adaptive FIR filter and a...
We have designed and tested an acoustic echo cancellation system for speech teleconferencing. Our al...
Acoustic echo cancellation (AEC) is an essential component of effective hands-free telephony. Conve...