launched nine months ago our video editor based on the cloud. It was a simple product designed to provide users with simple editing tools. Although he did not have all the features available on pay-editing software, built on the idea that we could provide basic functionality for free and web-based answer to the demands of most users interested in editing . Since the launch, hundreds of thousands of videos have been published using the Video Editor of YouTube and we've been making improvements to the product, including:
Stabilizer - The filmmakers use professional equipment like stabilizers tripods and dollies for the camera so the shots are stable and not be blurred. Our team took account of those early films to automatically determine the best route from camera to the user through a unified optimization technology. In other words, now the user can improve these videos that are moved or blurred with just one click. Also wanted the users may have a preview of the results in real time before Internet upload the finished product. We do this through the power of cloud computing by dividing into pieces required to stabilize the video and distributing them through different servers. This allows us to use the power of many machines in parallel, computing and sequencing results quickly stabilized in the preview. This can be seen in more detail in the paper that we published entitled "Self-Directed Video Stabilization with Optimal Robust L1 Camera Paths" (in English). And if you want to see the stabilizer in action, take a look at these two videos, the first without stabilizer
and the second with.
3D - When we first launched our product in 3D, one of the most difficult tasks was to be built provisional 3D camera to film our video introductory 3D (flip two cameras were mounted on a bar flat metal, separated by 10 inches and set with paraphernalia that cost us $ 8 at the hardware store). Although the composition side by side needed to upload videos in 3D is not complex, not available in free tools for editing. This was frustrating because, although users could shoot with a pair of cameras, the 3D functionality was still out of reach. At the same time, synchronize the two cameras is a separate challenge. If one has used two video cameras to capture stereographic but need to synchronize and set up the two sequences in a manner consistent with the 3D capabilities of YouTube, now you can with this new tool: http://www.youtube.com/editor_3d
One of the best things about YouTube is that with a small team of engineers can quickly launch products that impact hundreds of millions of users around the world. In this case, we had seven engineers and a designer working to get this product. As we move forward, we will publish more news about it. Sam
Kvaale, software engineer, recently watched "The Neverending PANGEA World - 3D Animation " and Tom Bridgwater, software engineer, recently watched "Die Fantastischen Vier - Danke (Official Video) "
- video transitions (in chains, rods, sleeves, cut)
- The possibility of saving projects through various sessions
- now allowed more clips in the editor: Before 6 and now 17
- video rotation (from vertical to horizontal and vice versa, that is ideal for videos recorded with a device mobile)
- forms can be entered in the transitions (heart, star, diamond and even the typical Halloween pumpkin)
- audio mix (the track is mixed with the original audio AudioSwap)
- effects (brightness / contrast, black and white)
- A new user interface and menu design for multiple projects saved
Stabilizer - The filmmakers use professional equipment like stabilizers tripods and dollies for the camera so the shots are stable and not be blurred. Our team took account of those early films to automatically determine the best route from camera to the user through a unified optimization technology. In other words, now the user can improve these videos that are moved or blurred with just one click. Also wanted the users may have a preview of the results in real time before Internet upload the finished product. We do this through the power of cloud computing by dividing into pieces required to stabilize the video and distributing them through different servers. This allows us to use the power of many machines in parallel, computing and sequencing results quickly stabilized in the preview. This can be seen in more detail in the paper that we published entitled "Self-Directed Video Stabilization with Optimal Robust L1 Camera Paths" (in English). And if you want to see the stabilizer in action, take a look at these two videos, the first without stabilizer
and the second with.
3D - When we first launched our product in 3D, one of the most difficult tasks was to be built provisional 3D camera to film our video introductory 3D (flip two cameras were mounted on a bar flat metal, separated by 10 inches and set with paraphernalia that cost us $ 8 at the hardware store). Although the composition side by side needed to upload videos in 3D is not complex, not available in free tools for editing. This was frustrating because, although users could shoot with a pair of cameras, the 3D functionality was still out of reach. At the same time, synchronize the two cameras is a separate challenge. If one has used two video cameras to capture stereographic but need to synchronize and set up the two sequences in a manner consistent with the 3D capabilities of YouTube, now you can with this new tool: http://www.youtube.com/editor_3d
One of the best things about YouTube is that with a small team of engineers can quickly launch products that impact hundreds of millions of users around the world. In this case, we had seven engineers and a designer working to get this product. As we move forward, we will publish more news about it. Sam
Kvaale, software engineer, recently watched "The Neverending PANGEA World - 3D Animation " and Tom Bridgwater, software engineer, recently watched "Die Fantastischen Vier - Danke (Official Video) "
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