Custom Silicon and Sensors Developed for a 2nd Generation Mixed Reality User Interface

Patrick O'Connor, Casey Meekhof, C. McBride, Christopher Mei, C. Bamji, Dave Rohn, Hakon Strande, J. Forrester, M. Fenton, Ryan Haraden, Tolga Ozguner, Travis Perry
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引用次数: 4

Abstract

Microsoft Hololens 2, like its predecessor, is an untethered holographic mixed reality (MR) headset that transforms the way we communicate, create, and explore. Hololens 2 advances MR ergonomics, intuitive interactions, and immersion. We describe the custom sensors and compute silicon developed to give hands-free user control of the headset and applications. With 3D Time of Flight (TOF) depth sensing, eye tracking and spatial array microphones, working with low power compute blocks aggregated in a custom ASIC, the hardware enables a comfortable, low latency user interface that sets the user free to focus on their work. We conclude with a look at how these building blocks can enable further innovation in the Intelligent Edge.
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为第二代混合现实用户界面开发的定制硅和传感器
微软Hololens 2与其前身一样,是一款不受束缚的全息混合现实(MR)耳机,它改变了我们交流、创造和探索的方式。Hololens 2推进MR人体工程学,直观的交互和沉浸。我们描述了定制传感器和计算硅的开发,使用户可以免提控制耳机和应用程序。通过3D飞行时间(TOF)深度传感、眼动追踪和空间阵列麦克风,以及聚合在定制ASIC中的低功耗计算块,硬件实现了舒适、低延迟的用户界面,使用户可以自由地专注于他们的工作。最后,我们来看看这些构建模块是如何实现智能边缘的进一步创新的。
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