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Four-view Stereoscopic Imaging Display System for Web-based 3D Image Communication

机译：基于Web的3D图像通信的四视图立体成像显示系统

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摘要

In this paper, a new software-oriented autostereoscopic 4-view imaging & display system for web-based 3D image communication is implemented by using 4 digital cameras, Intel Xeon server computer system, graphic card having four outputs, projection-type 4-view 3D display system and Microsoft' DirectShow programming library. And its performance is also analyzed in terms of image-grabbing frame rates, displayed image resolution, possible color depth and number of views. From some experimental results, it is found that the proposed system can display 4-view VGA images with a full color of 16bits and a frame rate of 15fps in real-time. But the image resolution, color depth, frame rate and number of views are mutually interrelated and can be easily controlled in the proposed system by using the developed software program so that, a lot of flexibility in design and implementation of the proposed multiview 3D imaging and display system are expected in the practical application of web-based 3D image communication.
机译：在本文中，通过使用4台数码相机，英特尔®至强®服务器计算机系统，具有四个输出的图形卡，投影型4视点实现了用于基于Web的3D图像通信的面向软件的新型自动立体4视点图像显示系统。 3D显示系统和Mi​​crosoft DirectShow编程库。并从图像抓取帧速率，显示的图像分辨率，可能的色深和视图数量方面分析了它的性能。从一些实验结果中发现，所提出的系统可以实时显示具有16位全彩色和15fps帧速率的4视图VGA图像。但是，图像分辨率，色彩深度，帧速率和视图数量是相互关联的，并且可以通过使用开发的软件程序在建议的系统中轻松控制，从而在设计和实现建议的多视图3D成像和图像处理方面具有很大的灵活性。基于Web的3D图像通信的实际应用中期望显示系统。

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