Xi Mou（牟希）

牟希 Xi Mou

杭州三泰检测技术有限公司， 技术总监

Hangzhou SanTest Technology Co.，Ltd，Technical Director

    牟希博士，多年来一直从事光健康、VR/AR/MR & Metaverse等光学评测及国际标准研究；目前在美国斯坦福大学从事光医学研究，并担任杭州三泰检测技术有限公司技术总监。

   牟希是IEC TC110“电子显示”IEC TC100“音视频设备”、IEC TC76“光辐射安全”、ISO TC274“光和照明”等国际标准化技术委员会的中国注册专家。担任IEC TC110“电子显示”与ISO TC94“个人安全-个人防护设备”技术委员会国际标准联络官，负责个人显示穿戴设备健康防护的国际标准化协调。此外，由国际照明委员会CIE和国际标准化组织ISO批准，担任联合研究论坛CIE/ISO TC274 RF04召集人（Convener)，牵头虚拟现实（VR/AR/MR）光照应用技术及国际标准化研究。

    近年来，担任多项国际标准组长，主导制定了IEC63145-22-20眼戴显示器-AR图像质量测试方法、IEC62977-2-2电子显示器-环境光性能测试方法等国际标准。尤其在增强现实（AR）眼镜的环境光对比度和色域、虚拟图像分辨率和闪烁度、次级影像、实景FOV、景像畸变和Michelson对比度，以及影像定位等方面，制定了国际认可的统一评测方法标准。

   最近，她作为“十四五”国家重点研发计划项目《裸眼3D显示核心光学器件研究和开发》技术骨干，负责两项国际新标准研发；代表中国负责提案“立体显示-环境光下3D显示特性的测试方法”、“元宇宙Metaverse-沉浸环境下非视觉影响的评价方法”、“特殊显示应用-数字标牌显示”等国际标准，并已获得国际标准化组织确认。

Dr. Xi Mou has long been engaged in research on optical evaluation and international standards for light health, VR/AR/MR & Metaverse. She is currently conducting research in photomedicine at Stanford University in the United States and serving as the Chief Technology Officer of Hangzhou Santai Testing Technology Co., Ltd.

Dr. Mou is a registered Chinese expert of several international standardization technical committees, including IEC TC110 Electronic Displays, IEC TC100 Audio/Video Equipment, IEC TC76 Photobiological Safety, and ISO TC274 Light and Lighting. She also acts as the international standards liaison officer for IEC TC110 Electronic Displays and ISO TC94 Personal Safety - Personal Protective Equipment, where she is responsible for coordinating the international standardization of health protection for personal display wearables. In addition, approved by the International Commission on Illumination (CIE) and the International Organization for Standardization (ISO), she serves as the Convener of the Joint Research Forum CIE/ISO TC274 RF04, leading research on lighting application technologies and international standardization for virtual reality (VR/AR/MR).

In recent years, she has served as the leader of multiple international standard projects, spearheading the development of international standards such as IEC 63145-22-20 Eyeworn Displays - Test Methods for AR Image Quality and IEC 62977-2-2 Electronic Displays - Test Methods for Ambient Light Performance. In particular, she has formulated internationally recognized unified evaluation standards for key parameters of augmented reality (AR) glasses, including ambient light contrast and color gamut, virtual image resolution and flicker, secondary imagery, real-world field of view (FOV), image distortion, Michelson contrast, and image registration.

Recently, as a core technical member of the national key R&D program of the 14th Five-Year Plan "Research and Development of Core Optical Devices for Glasses-Free 3D Displays", she has been responsible for the research and development of two new international standards. She has also represented China in proposing international standards including "Stereoscopic Displays - Test Methods for 3D Display Characteristics Under Ambient Light", "Metaverse - Evaluation Methods for Non-Visual Effects in Immersive Environments" and "Special Display Applications - Digital Signage Displays", all of which have been confirmed by the International Organization for Standardization.