UC知道谁能帮忙翻译下，谢谢了！
来源：百度知道 编辑：UC知道 时间：2024/07/05 04:22:17
Karaoke may never be the same, thanks to research being presented in Nashville detailing the latest finding in efforts to create a computerized system that makes average singers sound like professionals.
“Our ultimate goal is to have a computerized system that will transform a poor singing voice into a great singing voice,” said Mark J.T. Smith, a professor of Purdue University, who is working with a graduate student Matthew Lee to create computer models for voice analysis and synthesis. These models break the human singing voice into components that can then be modified to produce a more professional-sounding rendition of the original voice.
Far more work is needed before the system is finished, Smith said. He said the specialized programs are, however, able to alter certain important characteristics of a person’s voice, such as pitch, duration.
Lee will present the latest research findings during the 145th Meeting of the Acoustical Society of America in Nashville, Tenn
“Our ultimate goal is to have a computerized system that will transform a poor singing voice into a great singing voice,” said Mark J.T. Smith, a professor of Purdue University, who is working with a graduate student Matthew Lee to create computer models for voice analysis and synthesis. These models break the human singing voice into components that can then be modified to produce a more professional-sounding rendition of the original voice.
Far more work is needed before the system is finished, Smith said. He said the specialized programs are, however, able to alter certain important characteristics of a person’s voice, such as pitch, duration.
Lee will present the latest research findings during the 145th Meeting of the Acoustical Society of America in Nashville, Tenn
卡拉可能永远是相同的,谢谢你一直在纳什维尔的最新发现的详细的努力创造一个计算机系统,使普通歌唱的声音像专业人士。
“我们的最终目的是为了有一个计算机系统将会改变一个贫穷的歌声成了一个伟大的歌唱的声音说:“史密斯教授马克"是谁的普渡大学和研究生工作创造的计算机模型,马修。李语音分析和综合。这些模型的人类的歌声到打破组件,然后可以产生更多的professional-sounding修改曲原始的声音。
目前还需要更多的工作完成之前,该系统,史密斯说。他说这个专业的项目,然而,能够改变某些重要特征的人的声音,如螺距、持续时间。
李安的最新研究结果将在145th会议的美国田纳西州纳什维尔的声学协会、美国田纳西州,美国的乡村音乐。他将演示系统的乡村音乐播放音频剪辑,前后比较研究。
该系统采用了一个特别的技术来打破原有的声音。声音是用数学的方法重构,使系统resynthesize迅速的声音。
史密斯有限公司是一家专业从事信号处理,开始了潜在的“正弦波”mid-1980s中。该模型使人类的歌声被打破的部分。最近,史密斯和李开发出一种方法来提高质量调整唱。
“我们已经成功地提高嗓音样品在我们的数据库,我们也面临挑战的所有类型的声音更可靠,”史密斯说。“有很多挑战,在开发一个系统的这种类型的。”