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WiWrite: Wi-Fi Based Handwriting Recognition like Playing Lego

机译:Wiwrite:基于Wi-Fi的手写识别,比如乐高

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Effective finger writing underpins semantic text input task for virtual reality applications. We demonstrate WiWrite, a novel finger writing system that leverages the ubiquitous wireless signals to enable character recognition and word estimation. WiWrite decomposes characters into basic strokes and distinguishes them by exploring the unique signal reflection pattern caused by finger movements. Apart from the prior arts relying on specialized sensors or wearable devices, WiWrite is device-free without any accessories in deed. Our real-world experiments in two different scenarios show that WiWrite succeeds in classifying 26 upper-case alphabets with 90.8% average accuracy and recognizing simple words with an average accuracy of 96.7%.
机译:有效的手指写下虚拟现实应用程序的单个语义文本输入任务。我们展示了Wiwrite,一种新颖的手指写入系统,它利用了无处不在的无线信号来实现字符识别和字估计。 Wiwrite将字符分解为基本笔划,并通过探索由手指运动引起的独特信号反射模式来区分它们。除了现有技术,依靠专用传感器或可穿戴设备,Wiwrite无需任何契约的配件就无需。我们在两个不同场景中的真实实验表明,Wiwrite成功地分类了26个大写字母,平均精度的平均精度为90.8%,并识别平均精度为96.7%的简单单词。

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