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    • 5. 发明授权
    • Musical effect customization system
    • 音乐效果定制系统
    • US07026539B2
    • 2006-04-11
    • US10717247
    • 2003-11-19
    • James D. PennockRobin M. UrryJohn D. HansonJeremy Geisler
    • James D. PennockRobin M. UrryJohn D. HansonJeremy Geisler
    • G10H1/02G10H5/00
    • G10H1/125G10H1/0091G10H1/02G10H2250/095G10H2250/115
    • This invention provides a system for customizing musical instrument signal processing enabling users to produce different tonal characteristics in created musical pieces. In order to create such tonal characteristics, a new mathematical model of tonal characteristics may be digitally created based on two or more initial mathematical models of tonal characteristics. After simulating a first and second initial mathematical models of tonal characteristics, the new mathematical model is created by interpolating one or more coefficients of the first and second initial mathematical models. The new mathematical model may also adjust a control parameter where the control parameter may exist between two values. When the control parameter is the first value, the new mathematical model is the first initial mathematical model. When the control parameter is the second value, the new mathematical model may be the second initial mathematical model. When the control parameter is located at a point between the first and second values, the new mathematical model may represent a convergence between the first and second models.
    • 本发明提供了一种用于定制乐器信号处理的系统,使得用户能够在创作的音乐作品中产生不同的音调特征。 为了产生这种音调特征,可以基于两个或更多个音调特征的初始数学模型数字地创建新的音调特征数学模型。 在模拟音调特征的第​​一和第二初始数学模型之后,通过内插第一和第二初始数学模型的一个或多个系数来创建新的数学模型。 新的数学模型还可以调整控制参数,其中控制参数可以存在于两个值之间。 当控制参数是第一个值时,新的数学模型是第一个初始数学模型。 当控制参数是第二个值时,新的数学模型可能是第二个初始数学模型。 当控制参数位于第一和第二值之间的点时,新的数学模型可以表示第一和第二模型之间的收敛。
    • 8. 发明授权
    • Music delivery, control and integration
    • 音乐传送,控制和整合
    • US06686531B1
    • 2004-02-03
    • US10034128
    • 2001-12-27
    • James D. PennockRobin M. Urry
    • James D. PennockRobin M. Urry
    • G10H118
    • G10H1/0058G10H2210/381G10H2220/015G10H2240/061G10H2240/305
    • This invention provides a system capable of delivering recorded music pieces to users and empowering the users with control features allowing for customization of the music. Recorded music pieces may be stored and recalled when selected by a user. Each musical piece may include one or more music modules corresponding to one or more musical instruments of The piece. Through a selection menu, the user may select one or more of the modules for inclusion in a customized version of The selected recorded music piece. The user may further adjust the pitch and/or tempo of the musical piece. Once customized by the user, the recorded musical piece may be integrated with sounds created by the user performing a selected musical instrument or instruments. The user may also select predefined special effect setup information module(s) that may be loaded into the signal processor capable of emulating the sonic characteristics of the recording of the recorded music piece. This integrated sound may thus mimic the original recorded music piece.
    • 本发明提供了一种系统,其能够向用户传送记录的音乐片段,并赋予用户具有允许定制音乐的控制特征。 当用户选择时,录制的乐曲可能被存储和调用。 每个乐曲可以包括与该乐曲的一个或多个乐器相对应的一个或多个音乐模块。 通过选择菜单,用户可以选择一个或多个模块以包括在所选择的录制乐曲的定制版本中。 用户可以进一步调节音乐作品的音高和/或节奏。 一旦用户定制,记录的乐曲可以与执行所选乐器或乐器的用户创建的声音集成。 用户还可以选择可以加载到信号处理器中的预定义的特殊效果设置信息模块,该模块能够模拟记录的音乐片段的记录的声音特性。 因此,该综合声音可以模仿原始录制的乐曲。
    • 9. 发明授权
    • System for customizing musical effects using digital signal processing techniques
    • 使用数字信号处理技术定制音乐效果的系统
    • US06664460B1
    • 2003-12-16
    • US10037510
    • 2002-01-04
    • James D. PennockRobin M. UrryJohn D. Hanson
    • James D. PennockRobin M. UrryJohn D. Hanson
    • G10H102
    • G10H1/125G10H1/0091G10H1/02G10H2250/095G10H2250/115
    • This invention provides a system for customizing musical instrument signal processing enabling users to produce different tonal characteristics in created musical pieces. In order to create such tonal characteristics, a new mathematical model of tonal characteristics may be digitally created based on two or more initial mathematical models of tonal characteristics. After simulating a first and second initial mathematical models of tonal characteristics, the new mathematical model is created by interpolating one or more coefficients of the first and second initial mathematical models. The new mathematical model may also adjust a control parameter where the control parameter may exist between two values. When the control parameter is the first value, the new mathematical model is the first initial mathematical model. When the control parameter is the second value, the new mathematical model may be the second initial mathematical model. When the control parameter is located at a point between the first and second values, the new mathematical model may represent a convergence between the first and second models.
    • 本发明提供了一种用于定制乐器信号处理的系统,使得用户能够在创作的音乐作品中产生不同的音调特征。 为了产生这种音调特征,可以基于两个或更多个音调特征的初始数学模型数字地创建新的音调特征数学模型。 在模拟音调特性的第一和第二初始数学模型之后,通过内插第一和第二初始数学模型的一个或多个系数来创建新的数学模型。 新的数学模型还可以调整控制参数,其中控制参数可以存在于两个值之间。 当控制参数是第一个值时,新的数学模型是第一个初始数学模型。 当控制参数是第二个值时,新的数学模型可能是第二个初始数学模型。 当控制参数位于第一和第二值之间的点时,新的数学模型可以表示第一和第二模型之间的收敛。