VR-IPS：用于光敏感性诊断的虚拟现实光刺激工具
VR-IPS: Virtual Reality Tool for Photic Stimulation in Photosensitive Diagnosis
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中文总结 AI 辅助
针对间歇性光刺激（IPS）诊断光敏感性存在漏诊的问题，提出VR-IPS虚拟现实光刺激工具，扩展了刺激类型，可适配头显或显示器，便于医生控制刺激流程以提升诊断效果。
中文摘要 AI 辅助
光敏感性是一种神经系统疾病，患者大脑会对视觉刺激产生癫痫样活动。标准化临床诊断程序名为间歇性光刺激（IPS），其操作是让患者接受不同频率的白色闪光灯照射以诱发该反应，但临床神经生理学家表示该方案存在不足，导致漏诊。VR-IPS是一种灵活的视觉刺激工具，它在传统闪光灯刺激的基础上进行了扩展，包含可配置的彩色光、静态与振荡运动模式以及光诱发视频。该系统由刺激模块和控制模块组成，刺激模块可在虚拟现实头显或标准显示器上运行，控制模块则允许临床医生创建、选择和配置视觉刺激，同时控制整个刺激流程。
英文摘要
Photosensitivity is a neurological condition in which the brain generates epileptiform activity in response to visual stimuli. The standardized clinical diagnosis procedure, named Intermitent Photic Stimulation (IPS), involves exposing patients to a white flashing light at different frequencies to provoke this reaction. However, clinical neurophysiologists report that this protocol is insufficient, leading to underdiagnosis. VR-IPS is a flexible visual stimulation tool that extends conventional flashing-light stimulation by incorporating configurable color lights, static and oscillatory motion patterns, and photoprovocative videos. The system comprises a stimulation module that can run on Virtual Reality headsets or on standard monitors, together with a control module that allows clinicians to create, select, and configure visual stimulus, while controlling the whole stimulation procedure.
