Autonomous Intelligent Machines & Systems

研究建议：使用机器学习从非侵入性大脑活动中解码语言我的研究重点是推进机器学习模型，从大脑活动中解码语言，特别是使用非侵入性技术，如功能磁共振成像(FMRI)和脑磁图(MEG)。尽管最近取得了一些进展，但目前的模型难以对看不见的语言背景进行泛化，特别是在新的参与者和不同的语言输入之间。这一限制突显了对能够处理复杂和可变的大脑数据的更稳健模型的需求。从大脑信号中解码语言是一个巨大的挑战，因为数据的高维和噪声性质，以及大脑反应的大量个体差异。因此，我的研究特别旨在解决以下基本问题：个体之间的大脑信号如何以及为什么不同？解码模型如何解释这些个体差异，同时确保看不见的参与者的表现？我特别感兴趣的是开发方法，学习参与者的有意义的表示，使相似参与者能够聚类和理解，提高我们对差异的理解，并提高模型在不同人群中推广的能力。通过这一点，我希望为开发更准确和适应性更强的大脑解码模型做出贡献，弥合大脑活动和语言之间的差距。

Research Proposal: Decoding Language from Non-Invasive Brain Activity using Machine LearningMy research focuses on advancing machine learning models to decode language from brain activity, specifically using non-invasive techniques such as functional Magnetic Resonance Imaging (fMRI) and Magnetoencephalography (MEG). Despite recent advancements, current models struggle with poor generalization to unseen linguistic contexts, especially across novel participants and diverse language inputs. This limitation highlights the need for more robust models capable of handling complex and variable brain data. Decoding language from brain signals presents significant challenges, because of the high-dimensional and noisy nature of the data, as well as substantial individual variability in brain responses. Therefore, my research specifically aims to address the following fundamental questions: How and why do brain signals differ between individuals? How can decoding models account for these individual differences while ensuring performance on unseen participants? I am particularly interested in developing methods that learn meaningful representations of participants, enabling the clustering and understanding of similar participants, improving our understanding of differences and the model's ability to generalize across diverse populations. Through this, I hope to contribute to the development of more accurate and adaptive brain decoding models that bridge the gap between brain activity and language.