BSS Audio® Introduces Full-Bandwidth Acoustic Echo Cancellation Algorithm for Soundweb London Conferencing Processors
BSS Audio® Introduces Full-Bandwidth Acoustic Echo Cancellation Algorithm for Soundweb London Conferencing Processors
December 13, 2010
SALT LAKE CITY, Utah – BSS Audio®, a Harman International Company (NYSE-HAR), today introduced a new full-bandwidth Acoustic Echo Cancellation (AEC) algorithm for its Soundweb™ London conferencing processors. The new full-bandwidth AEC algorithm is released with HiQnet London Architect v3.04 and can be used with existing Soundweb London AEC Input Cards and the recently-introduced Soundweb London BLU-101 and BLU-102 devices.
The existing 8kHz-bandwidth AEC algorithm is optimized for POTS, VoIP phone system and digital phone system applications. The new full-bandwidth AEC algorithm facilitates enhanced fidelity for specific applications, while also offering a reduced processing latency. A property within HiQnet London Architect v3.04 allows users to switch between the new full-bandwidth AEC algorithm and the existing 8kHz-bandwidth algorithm. Dedicated full-bandwidth ‘dry’ signals for local sound reinforcement or recording are offered for both AEC algorithms.
Existing installations can be upgraded to accommodate full-bandwidth content, without the requirement for additional hardware. However, when upgrading systems to HiQnet London Architect v3.04, they will continue to use the 8kHz-bandwidth AEC algorithm unless manually switched to use the new full-bandwidth AEC algorithm. Therefore, changes will not be forced upon existing systems.
New Soundweb London designs will default to using the new full-bandwidth AEC algorithm, which also gives excellent performance with POTS and VoIP systems, in addition to the accommodation of full-bandwidth content.
Iain Gregory, market manager for installed sound at Harman Signal Processing stated, "BSS Audio is new to the conferencing market but our products and algorithms have already won favor with many experienced consultants and system integrators as a direct result of live demonstrations. The addition of a full-bandwidth AEC algorithm as a software upgrade for the AEC Input Cards and the BLU-101 and BLU-102 devices brings another important conferencing tool to applications large and small.”
The BLU-101 and BLU-102 along with the other members of the Soundweb London family provide the building blocks of the perfectly tailored system solution.
BSS Audio® Introduces Full-Bandwidth Acoustic Echo Cancellation Algorithm for Soundweb London Conferencing Processors的更多相关文章
- 论文翻译:2021_Semi-Blind Source Separation for Nonlinear Acoustic Echo Cancellation
论文地址:https://ieeexplore.ieee.org/abstract/document/9357975/ 基于半盲源分离的非线性回声消除 摘要: 当使用非线性自适应滤波器时,数值模型与实 ...
- 论文翻译:2018_Deep Learning for Acoustic Echo Cancellation in Noisy and Double-Talk Scenarios
论文地址:深度学习用于噪音和双语场景下的回声消除 博客地址:https://www.cnblogs.com/LXP-Never/p/14210359.html 摘要 传统的声学回声消除(AEC)通过使 ...
- 论文翻译:2020_Generative Adversarial Network based Acoustic Echo Cancellation
论文地址:http://www.interspeech2020.org/uploadfile/pdf/Thu-1-10-5.pdf 基于GAN的回声消除 摘要 生成对抗网络(GANs)已成为语音增强( ...
- 论文翻译:2020_Attention Wave-U-Net for Acoustic Echo Cancellation
论文地址:http://www.interspeech2020.org/uploadfile/pdf/Thu-1-10-10.pdf Attention Wave-U-Net 的回声消除 摘要 提出了 ...
- 论文翻译:2020_A Robust and Cascaded Acoustic Echo Cancellation Based on Deep Learning
论文地址:https://indico2.conference4me.psnc.pl/event/35/contributions/3364/attachments/777/815/Thu-1-10- ...
- 论文翻译:2021_ICASSP 2021 ACOUSTIC ECHO CANCELLATION CHALLENGE: INTEGRATED ADAPTIVE ECHO CANCELLATION WITH TIME ALIGNMENT AND DEEP LEARNING-BASED RESIDUAL ECHO PLUS NOISE SUPPRESSION
论文地址:https://ieeexplore.ieee.org/abstract/document/9414462 ICASSP 2021声学回声消除挑战:结合时间对准的自适应回声消除和基于深度学习 ...
- 论文翻译:2021_AEC IN A NETSHELL: ON TARGET AND TOPOLOGY CHOICES FOR FCRN ACOUSTIC ECHO CANCELLATION
论文地址:https://ieeexploreieee.53yu.com/abstract/document/9414715 Netshell 中的 AEC:关于 FCRN 声学回声消除的目标和拓扑选 ...
- 论文翻译:2021_论文翻译:2018_F-T-LSTM based Complex Network for Joint Acoustic Echo Cancellation and Speech Enhancement
论文地址:https://arxiv.53yu.com/abs/2106.07577 基于 F-T-LSTM 复杂网络的联合声学回声消除和语音增强 摘要 随着对音频通信和在线会议的需求日益增加,在包括 ...
- 声学回声消除(Acoustic Echo Cancellation)
回声就是声音信号经过一系列反射之后,又听到了自己讲话的声音,这就是回声.一些回声是必要的,比如剧院里的音乐回声以及延迟时间较短的房间回声:而大多数回声会造成负面影响,比如在有线或者无线通信时重复听到自 ...
随机推荐
- C++ 优先队列
C++ 优先队列 #include <queue> priority_queue<Type, Container, Functional>:Type为数据的类型,Contain ...
- hdu 5748(求解最长上升子序列的两种O(nlogn)姿势)
Bellovin Time Limit: / MS (Java/Others) Memory Limit: / K (Java/Others) Total Submission(s): Accepte ...
- linux SMP启动
SMP简介 1,硬件上,CPU没有主次之分 2,软件上,每个CPU平等动态地从进程就绪队列中调度进程加以执行,中断请求也是等概率动态的分布给某个CPU SMP启动 1,SMP结构中的CPU都是平等的, ...
- vimium: 浏览器神器
chrome firefox 都有 vimium (firefox 中为vimfx), 快捷键也差不多 下边是chrome中快捷键示意图: G = shift + g (其他同理) c+e = ctr ...
- Print2flash在.NET(C#)中的使用,即文档在线预览
office文档(word,excel,ppt)在线预览查看,有很多种方式,比如可以 1.调用weboffice组件,进行word预览,要求客户端安装word,仅适用IE, word2013, IE1 ...
- Flex开发一周年感悟
优点: 1.Flex上手简单,与html和js很像,是一种web前端语言,对于简单的界面.图表.交互都有不错的封装.它能够让新手在短时间内开发出比较有模样的项目. 2.有很多第三方api可以使用,如a ...
- C++11 并发指南五(std::condition_variable 详解)
前面三讲<C++11 并发指南二(std::thread 详解)>,<C++11 并发指南三(std::mutex 详解)>分别介绍了 std::thread,std::mut ...
- Android开源项目分包方式学习(eoe、oschina、github)
总感觉Android中关于分包的文章很少,或者几乎可以说没有.但是合理地分包,又可以使整个项目模块化,减少包与包之间的依赖,让整个项目的框架更加清晰,更利于后续功能的拓展. 因为没有相关的文章,所以这 ...
- 除非 Windows Activation Service (WAS)和万维网发布服务(W3SVC)均处于运行状态,否则无法启动网站。目前,这两项服务均处于停止状态。
win7 IIS 所有网站都停止了,启动提示: 除非 Windows Activation Service (WAS)和万维网发布服务(W3SVC)均处于运行状态,否则无法启动网站.目前,这两项服务均 ...
- [自娱自乐] 3、超声波测距模块DIY笔记(三)
前言 上一节我们已经研究了超声波接收模块并自己设计了一个超声波接收模块,在此基础上又尝试用单片机加反相器构成生成40KHz的超声波发射电路,可是发现采用这种设计的发射电路存在严重的发射功率太低问题,对 ...