Stanford Researchers Develop Chip House that sees in 3D

New camera chip could eliminate the grain with high ISO settings.

Think of an image and what comes to mind is an image of something flat with little depth. The technology to make real 3D images has been around for a while, but it is not mainstream and is not often seen.

The Stanford researchers have developed a new chip that the camera can see in 3D which could lead to a better image, especially in the higher ISO settings where grain is a big problem. The shooting with a digital camera that offers adjustable ISO settings has been the remarkable grain that appears in the images. The quality of the upper house will affect how the ISO setting can be before grainy images are a major problem.

The new chip Stanford has a three megapixel rating and instead of using a single large sensor, the prototype chip breaks the image up into many small and overlapping of 16 x 16 pixels patches known as subarrays .

News.com reported that after taking the photo using the prototype chip processing software in the camera is capable of analyzing the slight difference in the location of the common elements in each of the odd. The differences in the position of the common elements in each set are used to calculate the distance of an object to another object in the frame, as a wall.

Keith Fife, a researcher in the project, was quoted by CNET as saying, “In addition to the two-dimensional image, we can simultaneously capture depth information from the scene.”

At present, there are still several warnings with sensor technology. The first is that, because of the same subject that were caught in many pixels, the resolution of the sensor is smaller than the number of crude on the sensor. The intense transformation in the chamber needed to make the image will shorten battery life and reduce the performance of the camera. The sensor is also only able to record-depth information on topics that have texture and detail.