Why different commentators for 3d

Until now, getting the video required fixed studios with green screens and hundreds of precisely-calibrated cameras. Processing minutes of content for streaming also took days. Condense Reality says its solution enables broadcasters and content creators to capture and stream volumetric video in real time, outside a studio, and with fewer cameras. Its Condense Reality Capture platform uses state-of-the-art computer vision and deep learning to accurately reconstruct the contents of a scene in seconds, while Condense Reality Stream allows broadcasters to stream that content to viewers via their own AR or VR headsets — including Oculus, Vive, Microsoft Hololens, and Magic Leap.

Sign Up. Here are some of the top innovations to look for:. Hollywood-style replays will be part of the action at the summer games thanks to Multi-camera replays. How does it work? Relying on a myriad of high-speed 4K cameras, Multi-Cam Replay technology offers the ability to move around the action at any given point of time and watch it from a variety of angles, in near real time.

Spaced at regular intervals on a rig structure, each camera is mounted on a robotic platform capable of precisely panning and tilting the camera in any direction. For each replay, a single operator selects the point where the motion is frozen and can manipulate the replay from side to side around the athlete, as well as zoom in without losing resolution thanks to the 4K resolution. Since the system simply stitches together these feeds and does not have to virtually create filler frames, no rendering is required, allowing Multi-Cam Replay clips to be ready in under five seconds.

Compared to other athlete live tracking solutions that rely on GPS positioning or wireless equipment, 2D image tracking is based on advanced image processing technology that allows motion tracking. Intel and Alibaba are working together to bring 3D athlete tracking to the Tokyo Games. Decathlon , m incl. Heptathlon , m incl. It will provide an inside view into the results of a race and how Olympic athletes perform and compare against one another.

For instance, viewers will be able to understand at what exact moment each sprinter reached their top speed and analyze the different phases of the race in detail through a colored visualization of changes in speed.