The Science of the Narwhal through Technological Innovation, HoloLens

通过技术创新了解独角鲸的科学，HoloLens

• 批准号: 1744179
• 负责人: Martin Nweeia
• 金额: $ 3万
• 依托单位: Case Western Reserve University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2017
• 资助国家: 美国
• 起止时间: 2017-07-15 至 2018-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1744179&HistoricalAwards=false
• 关键词: Science; Narwhal; through; Technological; Innovation

This award supports the synergy between new scientific technology and new scientific information on the narwhal to the public through a transformational technology, HoloLens. Microsoft's HoloLens has transformed academic and professional platforms of learning. The holographic computer headset brings holographic wonders into the viewers own world superimposing virtual objects over the wearer's field of vision. As opposed to virtual reality that isolates and transports the viewer into a different world, multiple wearers of HoloLens can participate in the same holographic experience. Case Western Reserve University Interactive Commons was selected by Microsoft as the experimental ground for the academic implementation of HoloAnatomy, teaching anatomy through life-like holograms. HoloLens technology will bring narwhal anatomy, ecology and behavior to Museum visitors by exploring holographic narwhal images as told by a holographic Inuit narrator. The innovative technology will transform the museum experience as multiple participants can enter a traditional background exhibit of fixed objects while holographic narwhals are swimming in the same room. Through 3D holographic animations, museum visitors will be actively engaged in the Inuit hunter presentation and be able to experience and understand and even walk around the 3D Holographic narwhal and hunter animations. As one example, Inuit observed differences in body and tusk form will help direct the body of scientific knowledge and direct transformative scientific discoveries of the tusk. Outreach through collaborative museum narwhal exhibits and educational programs will be implemented.

该奖项支持新的科学技术和关于独角鲸的新科学信息之间的协同作用，通过一种变革性的技术HoloLens向公众提供。微软的HoloLens改变了学术和专业的学习平台。全息电脑耳机将全息奇观带入观众自己的世界，将虚拟物体叠加在佩戴者的视野中。与将观看者隔离并运送到不同世界的虚拟现实相反，多个全息镜头的佩戴者可以参与相同的全息体验。Case Western Reserve University Interactive Commons被微软选为全息解剖学学术实施的试验场，通过栩栩如生的全息图教授解剖学。全息透镜技术将通过探索全息因纽特人解说员讲述的全息独角鲸图像，为博物馆参观者带来独角鲸的解剖学、生态学和行为。这项创新技术将改变博物馆体验，因为多名参观者可以进入固定物品的传统背景展览，而全息独角鲸在同一个房间游泳。通过3D全息动画，博物馆参观者将积极参与因纽特猎人的展示，并能够体验和理解甚至在3D全息独角鲸和猎人动画中漫步。例如，因纽特人观察到的身体和象牙形状的差异将有助于指导身体的科学知识和指导象牙的变革性科学发现。将通过合作的博物馆独角鲸展品和教育方案进行推广。