The Cisco 4D Replay technology premiered at the 2015 NBA All-Star Weekend, which was held in New York City. It was used to capture and provide 360-degree replays of the All-Star Game, allowing viewers to experience the game from a new and immersive perspective. The technology was developed in collaboration with Replay Technologies, which was later acquired by Intel. Since its debut, the Cisco 4D Replay technology has been used in a variety of sporting events, including the US Open Golf Tournament, NFL games, and the NBA Finals.
At the 2019 US Open Golf Tournament, Cisco 4D Replay was introduced to capture and provide 360-degree replays of live events. The technology utilized 80 cameras that were placed around the course, including on towers and cranes, to capture multiple angles of each shot. The footage was then processed through a system that created a 360-degree view of the shot, which could be viewed from any angle.
Cisco and the USGA went deeper, and brought 4DReplay to the tee box of golf courses, which allows golfers and fans to view a player’s swing at 360 degrees. With 88 cameras set up in a ring around the tee box, the video captures enough footage that it can be paused at 34 different points in the motion. Not only could broadcasts show the technology they added to their analysis of players’ swings, and fans could watch the clips on demand through the USGA app.
The process of creating a 360-degree view from multiple camera angles involves stitching together the footage from each camera into a single panoramic view. There are various types of software that can be used to accomplish this, including specialized 360-degree video editing software such as Kolor Autopano Video or VideoStitch Studio, and even mainstream video editing software such as Adobe Premiere Pro or Final Cut Pro can be used to achieve this effect. Additionally, there are companies that offer specialized services for creating panoramic views from multiple camera angles, such as Pixvana SPIN Studio and Mistika VR. However, it’s worth noting that without more specific information about the technology used in the Cisco 4D Replay system, it’s difficult to say which specific software or systems were used to process the footage.
This innovative technology allows viewers to experience the tournaments in a unique way, providing a level of detail and perspective that was not previously possible. The 4D replays are shown on television broadcasts and are also available for viewers to watch online.
The use of Cisco 4D Replay at the US Open Golf Tournament provides an exciting way for viewers to engage with the event and gain a deeper understanding of the game. The technology allows for a more immersive viewing experience that brings the action closer to fans and provides a level of detail and perspective that was not previously possible.
Overall, the use of Cisco 4D Replay at the US Open Golf Tournament has demonstrated the potential of innovative technologies to enhance the viewing experience for fans and provide new opportunities for engagement with live events. As technology continues to evolve, it is likely that we will see even more exciting and innovative ways to experience live events in the future.
Toptracer is a technology used in golf broadcasting to track the flight of the ball in real-time. It works by using CMOS (Complementary Metal-Oxide-Semiconductor) image sensors to capture images of the golf ball in flight from multiple camera angles. These images are then fed into a computer system that analyzes them to calculate the ball’s trajectory and projected landing point.
Unlike traditional cameras, which use light to capture images on a negative film, CMOS image sensors convert light into electrical signals that can be processed by a computer. This allows Toptracer to capture and analyze multiple angles of the ball’s flight path, providing accurate data on its speed, spin, and trajectory.
Overall, Toptracer technology provides a more engaging viewing experience for golf fans by allowing them to see the flight of the ball in real-time and providing detailed data on each shot. It also provides valuable information for golfers and coaches to analyze their performance and make improvements to their game.
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