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Prediction of F0 contours from symbolic and numerical variables using continuous conditional random fields

机译:使用连续条件随机场根据符号和数值变量预测F0轮廓

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Regression of continuous-valued variables as a function of both categorical and continuous predictors arises in some areas of speech processing, such as when predicting prosodic targets in a text-to-speech system. In this work we investigate the use of Continuous Conditional Random Fields (CCRF) to conditionally predict F0 targets from a series of s symbolic and numerical predictive features derived from text. We derive the training equations for the model using a Least-Squares-Error criterion within a supervised framework, and evaluate the proposed system using this objective criterion against other baseline models that can handle mixed inputs, such as regression trees and ensemble of regression trees.
机译:在语音处理的某些领域,例如在文本到语音系统中预测韵律目标时,会出现连续值变量作为分类预测变量和连续预测变量的函数的回归。在这项工作中,我们研究了使用连续条件随机场(CCRF)从一系列源自文本的s符号和数值预测特征中有条件地预测F0目标。我们在监督框架内使用最小二乘误差准则来推导该模型的训练方程,并针对其他能够处理混合输入的基线模型(例如回归树和回归树集合),使用该客观标准评估所提议的系统。

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