Throwable Ball Camera Specification
Throwable ball camera is a revolutionary new device by two fresh graduates from the Technical University of Berlin. It is ball shaped and consists of 36 tiny 2-megapixel cell phone cameras all around the surface of ball, when you throw it in the air it captures images at the top of ball's trajectory.
Image information can be downloaded with a USB interface and custom software presents this data into a wonderful and appealing panoramic image.
WOW what a fantastic idea, this will definitely change our view about future cameras.
The Throwable Panoramic Ball Camera photographs a full spherical panorama when it is thrown in the air (see a demo video). The ball’s 36 cell phone cameras capture the panorama, which is stitched together afterwards on a computer. The ball camera’s creator, German computer engineer Jonas Pfeil, plans to develop it for sale.
Panoramic photography creates fascinating images. Very wide angle images are closer to the human field of view than conventional pictures. If seen through a panoramic viewer they let us experience a location as if we were there. Panoramic image stitching can create panoramas from pictures taken one after another.
Unfortunately, acquiring the images takes a lot of time and moving objects may cause ghosting. It is also difficult to obtain a full spherical panorama, because the downward picture cannot be captured while the camera is mounted on the tripod.
In this work, we present a throwable panoramic camera that solves these problems. The camera is thrown into the air and captures an image at the highest point of flight - when it is hardly moving. The camera takes full spherical panoramas, requires no preparation and images are taken instantaneously. It can capture scenes with many moving objects without producing ghosting artifacts and creates unique images.
Our camera uses 36 fixed-focus 2 megapixel mobile phone camera modules. The camera modules are mounted in a robust, 3D-printed, ball-shaped enclosure that is padded with foam and handles just like a ball. Our camera contains an accelerometer which we use to measure launch acceleration. Integration lets us predict rise time to the highest point, where we trigger the exposure. After catching the ball camera, pictures are downloaded in seconds using USB and automatically shown in our spherical panoramic viewer. This lets users interactively explore a full representation of the captured environment.
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We used the camera to capture full spherical panoramas at scenic spots, in a crowded city square and in the middle of a group of people taking turns in throwing the camera. Above all we found that it is a very enjoyable, playful way to take pictures.