> 兰州 > 正文

The iKala澳门永利赌场官方网址

时间:2018-09-25 04:42来源:未知 作者:admin 点击:

  The iKala 澳门永利娱乐 comprises of 252 30-second excerpts

  sampled from 206 iKala songs (plus 100 hidden excerpts

  reserved for MIREX). The music accompaniment and the singing

  voice are recorded at the left and right channels

  respectively and can be found under the Wavfile

  directory. In addition, the human-labeled pitch contours and

  timestamped lyrics can be found under PitchLabel

  and Lyrics respectively.

  NEWS (2017-12-04): the iKala 澳门永利娱乐 is no longer available

  since iKala has grown into an internet video service and is

  no longer in the online karaoke business. Researchers are

  encouraged to work on the SiSEC

  澳门永利娱乐s instead.

  To request the iKala 澳门永利娱乐:

  Print out the iKala 澳门永利娱乐 End User

  License Agreement;

  Sign it, scan it, and email it to Tak-Shing Chan.

  If approved, it might take up to five working days to

  receive the download link by email.

  This 澳门永利娱乐 is created by a team of researchers at iKala, MIR Lab and MACLab.

  The 澳门永利娱乐 is presented in the following paper:

  T.-S. Chan, T.-C. Yeh, Z.-C. Fan, H.-W. Chen, L. Su,

  Y.-H. Yang, and R. Jang,

  “Vocal activity informed singing voice separation

  with the iKala 澳门永利娱乐,”

  in Proc. IEEE Int. Conf. Acoust., Speech and Signal

  Process., 2015, pp. 718-722.

  doi: 10.1109/ICASSP.2015.7178063

  (preprint)

  And used in the following papers:

  T.-S. T. Chan and Y.-H. Yang,

  “Complex and quaternionic principal component

  pursuit and its application to audio separation,”

  IEEE Signal Process. Lett., vol. 23, no. 2, pp.

  287-291, 2016.

  doi: 10.1109/LSP.2016.2514845

  (preprint) (code)

  T.-S. T. Chan and Y.-H. Yang,

  “Informed group-sparse representation for singing

  voice separation,”

  IEEE Signal Process. Lett., vol. 24, no. 2, pp.

  156-160, 2017.

  doi: 10.1109/LSP.2017.2647810

  (preprint) (code)

  Z.-C. Fan, T.-S. T. Chan, Y.-H. Yang, and J.-S. R. Jang,

  “Music signal processing using vector product

  neural networks,”

  in Proc. IJCNN Workshop Deep Learning for Music, 2017, pp.

  26-30.

  doi: 10.13140/RG.2.2.22227.99364/1

>相关新闻
  • 【行礼40年】小丑兰:“绿色金条”的回归
  • “禁废令”装置抚 澳门永利赌场官方网址行业或
  • 2018澳门永利赌场官网范文
  • iMessage遭澳门永利赌场官方网址围攻,苹实允诺言
  • NBA神话中锋帕金斯游黄鹤楼 对中国古风词颇拥有
  • 推荐内容
    图片新闻
    网站简介 | 保护隐私权 | 免责条款 | 广告服务 | About Big northwest network | 联系我们 | 版权声明
    ICP备08000781号 Powered by 澳门永利国际娱乐 版权所有 建议使用IE8.0以上版本浏览器浏览
    Copyright © 2010-2014 i Corporation. All Rights Reserved