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    • 4. 发明申请
    • Prosody generation for text-to-speech synthesis based on micro-prosodic data
    • 基于微韵律数据的文本到语音合成的韵律生成
    • US20060074678A1
    • 2006-04-06
    • US10953878
    • 2004-09-29
    • Steven PearsonJoram Meron
    • Steven PearsonJoram Meron
    • G10L13/06
    • G10L13/10
    • A prosody modification system for use in text-to-speech includes an input receiving a sequence of prosodic data vectors Pn, measured at time Tn, which samples a sound waveform. A prosody data warping module directly derives new prosodic data vectors Qn from the original data vectors Pn using a function, which is controlled by warping parameters A0, . . . Ak, which avoids round-off errors in deriving quantized values, which has derivatives with respect to A0, . . . Ak, Pn, and Tn that are continuous, and which has sufficiently high complexity to model intentional prosody of the sound waveform, and sufficiently low complexity to avoid modeling micro-prosody of the sound waveform. The smoothness and simplicity of the function ensure that micro-prosodic perturbations and errors in measurement of Tn are transferred directly to the output Qn. The errors are thus reversed during re-synthesis and therefore eliminated, resulting in micro-prosodic perturbations being preserved during re-synthesis.
    • 用于文本到语音的韵律修改系统包括接收在时间Tn测量的韵律数据向量Pn序列的输入,其对声音波形进行采样。 韵律数据扭曲模块使用由翘曲参数A0控制的函数直接从原始数据向量Pn导出新的韵律数据向量Qn。 。 。 Ak,其避免导出量化值的舍入误差,其具有关于A0的导数。 。 。 Ak,Pn和Tn是连续的,并且具有足够高的复杂性来模拟声波形的有意韵律,以及足够低的复杂度以避免对声波形的微韵律建模。 功能的平滑性和简单性确保了Tn的微韵律扰动和测量误差直接转移到输出Qn。 因此,在重新合成期间,错误被反转,因此消除,导致在重新合成期间保留微韵律扰动。
    • 7. 发明申请
    • Log stream validation in log shipping data replication systems
    • 日志传送数据复制系统中的日志流验证
    • US20060218204A1
    • 2006-09-28
    • US11089993
    • 2005-03-25
    • Effi OferDavid MooneySteven PearsonXun XueKevin Cherkauer
    • Effi OferDavid MooneySteven PearsonXun XueKevin Cherkauer
    • G06F17/30
    • G06F11/202G06F11/1471G06F11/2097
    • A data processing implemented method and system and article of manufacture are provided for determining compatibility between a primary instance and a standby instance, the primary instance being characterized by a first log position indicator and a primary log chain fingerprint (FP-P) and the secondary instance being characterized by a second log position indicator and a secondary log chain fingerprint (FP-S); the FP-P and the FP-S each uniquely identifying a prescribed history of an associated data processing system. The method, for example, includes a series of steps comprising: comparing the first log position indicator with the second log position indicator to determine compatibility between the secondary instance and the primary instance; comparing the primary log chain fingerprint (FP-P) with the secondary log chain fingerprint (FP-S) to determine compatibility between the secondary instance and the primary instance; and indicating that the secondary instance is compatible with the primary instance when both of the above comparisons determine compatibility.
    • 提供了一种数据处理实现的方法和系统及制品,用于确定主实例和备用实例之间的兼容性,主要实例由第一对数位置指示符和主日志链指纹(FP-P)表征,次要 其特征在于第二对数位置指示器和辅助对数链指纹(FP-S); FP-P和FP-S每个唯一地标识相关联的数据处理系统的规定历史。 该方法例如包括一系列步骤,包括:将第一日志位置指示符与第二日志位置指示符进行比较,以确定辅助实例与主实例之间的兼容性; 将主日志链指纹(FP-P)与辅助日志链指纹(FP-S)进行比较,以确定辅助实例与主实例之间的兼容性; 并且当上述两个比较确定兼容性时,指示辅助实例与主实例兼容。