Stereoscopic vision requires two video cameras separated by approximately 5.5 cm, the typical spacing between a person’s eyes, as shown in Figure 1. Furthermore, it shows one method for achieving a side-by-side format for use with 3D cameras or systems requiring 3D video. ![]() It describes an FPGA-based system that combines two video streams into a single 3D video stream for transmission through an HDMI 1.4 transmitter, and a DSP-based system that saves DMA bandwidth compared to that normally required for receiving data from two cameras. This article outlines the requirements for achieving stereoscopic vision (3D video) using analog or HDMI video cameras. ![]() This growth into nonconsumer applications resulted primarily from the introduction of an HDMI standard and faster, more efficient DSPs and FPGAs. Video systems, already ubiquitous in consumer applications, are increasingly prevalent in automotive, robotics, and industrial domains. Witold Kaczurba Download PDF Introduction ![]() FPGA-Based System Combines Two Video Streams to Provide 3D Video
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