Tuesday, 1 August 2017

New 4D Camera Designed by Stanford Researchers

4D Camera

Stanford researchers created a new camera to enhance virtual reality and robot vision

Robotics is advancing at a frantic pace and Stanford researchers giving it a new push by bringing such a technology which can play a remarkable role in its future. A new 4D camera has been built by the researchers which have the ability as the name suggests generating four dimensional images. Furthermore this camera can even capture images in 140 degrees which is unbelievable and one of a kind in itself. This camera will find its way in the robots in upcoming days where it will help them in airborne package deliveries by offering a remarkable view of surroundings.

Camera designed specifically with robots in mind

This 4 D camera has been developed by the team of researchers at the University of California, San Diego. This camera is designed with robots in minds therefore it comes loaded with some exquisite features like wider field of view, light weight and single lens rather the multiple lens used in the modern consumer electronics.

This camera will be showcased at the upcoming computer vision conference called CVPR 2017. Researchers had stressed the current demand of the robotics are quite heavy on the robots wherein they are required move around and gather information from different perspectives in order to understand the varied aspects of the environment.

This camera will help robots in gathering large amount of the information from a single image like never before.Researchers believe that this camera will find wider application in the autonomous vehicles along with the ever growing augmented and virtual reality technologies.

Desirable features for the robotics

If robotics and wearable technologies want to grow by leap and bounds then this new 4D camera will be a boon for them. It has some of the most desirable features like detailed depth information, wider field of view and ability to be manufactured in any shape or size. This would give a great boost of the imagining system incorporated in the robotics, augmented and virtual reality as well as the wearables.


When compared to the conventional cameras, the images taken from the 4 D camera offers a refreshing perspective of looking through a ‘window’ rather than a ‘peephole’. In normal 2D images users can move their head to gain more information but the images taken from this camera allows users to identify features such as shape, brightness, transparency and much more.

The best thing about this 4 D camera is that it can also function as the modern conventional camera at far distances. A unique feature about this camera is that it can enhance the close up images to a great extent which means it can be used for a really wide variety of tasks and operations like it can used in the small robots which tends to navigate small areas in the landing drones or self-driving vehicles.

 Its other characteristic of offering incredible depth information will come in handy in the augments and virtual reality system wherein it will be help in seamlessly rendering real scenes. It will also bring support for better amalgamation between the actual scenes as well as the virtual components in an efficient fashion.

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