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首页> 外文会议>International conference on brain informatics >Peer-Reviewed Abstracts Presented at the 13th International Conference on Brain Informatics (BI2020), September 19, 2020, Held Virtually
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Peer-Reviewed Abstracts Presented at the 13th International Conference on Brain Informatics (BI2020), September 19, 2020, Held Virtually

机译：在2020年9月19日，第13届国际脑信息学（BI2020）举办的同行评审摘要几乎

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摘要

Thanks to the increased availability of neuroscience technologies and data, it is now possible to study a wide range of brain and mind states using available images and data analysis tools. Disorders of Consciousness (DOC) are observed mainly in patients suffering from brain injury or other head trauma. Equivalent or similar symptoms, however, are also present in a range of other disorders, including schizophrenia autism and locked-in syndrome. There is a need to widen the applicability of diagnoses to broader classes of patients, including individuals affected by emotional traumas, and to widen the diagnosing modality include broader sets of parameters by leveraging the convergence of multiple approaches, from neurology to psychiatry to behaviour and cognitive from multiple cases. As the knowledge required for extensive and complex navigation of diagnostic rules is incremental, an expert system is conceived to support both the integration, navigation and reasoning of relevant knowledge sets. This work introduces the rationale, motivation and outline of a modular web based expert system (ES) that facilitates the integration of multiple clinical perspectives (e.g., cognitive, behavioural and neurological) using neurosymbolic knowledge integration and neurules, a hybrid logical construct aimed at leveraging symbolic and neurosymbolic representation. This expert system can be used in support of remote consultations and diagnostics.
机译：由于神经科学技术和数据的可用性增加，现在可以使用可用的图像和数据分析工具研究各种大脑和思维状态。主要观察到意识（DOC）的障碍，主要是患有脑损伤或其他头部创伤的患者。然而，当量或类似的症状也存在于一系列其他疾病中，包括精神分裂症自闭症和锁定综合征。需要扩大诊断到更广泛的患者的适用性，包括受情绪创伤影响的个体，并扩大诊断方式包括通过利用多种方法的收敛，从神经病学到行为和认知来包括更广泛的参数。从多种情况下。由于诊断规则广泛和复杂导航所需的知识是增量，因此构思了一个专家系统，以支持相关知识集的集成，导航和推理。这项工作介绍了模块化Web的专家系统的理由，动机和概要，促进了使用神经组织知识集成和神经功能的多种临床观点（例如，认知，行为和神经系统）的整合，旨在杠杆的混合逻辑构建体象征性和神经关键词的表示。该专家系统可用于支持远程咨询和诊断。

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