Behavioral and Physiological Speech Error Evidence

描述（由候选人提供）：这个应用程序旨在加深我们对人类语言产生的复杂心理和生理过程的理解。使用SLIP任务，一种言语错误诱发技术，我们将调查为什么以前的研究导致了相互矛盾的结果。特别是，我们将区分语音的前馈和交互模型。此外，语音错误的发音的作用将进行调查，扩展模型，以考虑后规划对语音生产的影响。这将通过在SLIP任务期间使用腭电描记术（EPG）、电磁关节描记术（EMA）和超声技术记录发音错误来完成。最后，我们将扩大范围的心理和生理证据从SLIP任务到一个更自然的任务，网络任务，允许参与者产生连接，有目的的语音实验控制。该项目将为我们理解语音的心理和物理过程之间的相互作用做出重大贡献，并开发一种统一的方法来跨多种技术进行发音分析，包括EPG，EMA和超声。

DESCRIPTION (provided by candidate): This application seeks to deepen our understanding of the complex psychological and physiological processes that underlie the production of human speech. Using the SLIP task, a speech error eliciting technique, we will investigate why previous research has led to conflicting findings. In particular, we will discriminate between feedforward and interactive models of speech. Additionally, the role of articulation in speech errors will be investigated, extending the models to account for post-planning influences on speech production. This will be accomplished by recording articulation errors using electropalatography (EPG), electromagnetic articulography (EMA), and ultrasound techniques during the SLIP task. Lastly, we will extend the scope of the psychological and physiological evidence from the SLIP task to a more natural task, the Network task which allows participants to produce connected, purposeful speech under experimental control. This project will make a substantial contribution to our understanding of the interplay between mental and physical processes of speech and develop a unified approach to articulatory analysis across a number of techniques, including EPG, EMA, and ultrasound.