Welcome to Jumper.Science
We specialize in the unique technology of 4D light field imaging. The 4D light field is fundamentally different from other traditional image capturing methods including 2D camera planar image acquisition, binocular/multi-eye depth perception, structured light 3D measurement, and laser acquisition technology.
Our 4D light field imaging technology allows new image possibilities such as after shot refocus, 3D perspective, synthetic aperture for depth of field adjustment, depth scale, parallax and perspective shift, distance measurement and light field videos.
The specialized 4D imaging technology can be applied to many existing applications and new products as well. 4D imaging can be utilized in autonomous vehicle navigation, assessing the weight of an entire group of livestock, 3D perspective in microscopes, accurate depth of tumors, accurate geological view and more.
4D light field
The 4D light field is a parametric representation of the 4D light radiation field that contains both position and direction information in space, and is the totality of the light radiation functions of all rays in the space. The real light information of the entire space environment can be obtained at any angle and any position in the space.y and show?
Since there are all the vector light information that the human eye sees, the 4D light field technology does not have the various limitations of ordinary 2D cameras. Through 4D light field technology, the computer can truly reach the level of the human eye, and it can achieve the goal like a human. The rapid and accurate identification of the complex scene, the completion of the spatial judgment of the complex scene, the processing of high-precision refined business, and the completion of other tasks that are difficult or impossible to complete with the existing vision system, bringing the intelligent system to a new level. As the next generation imaging technology, light field has made revolutionary progress in the field of machine perception.
The 4D light field is a parametric representation of the 4D light radiation field that contains both position and direction information in space, and is the totality of the light radiation functions of all rays in the space. The real light information of the entire space environment can be obtained at any angle and any position in the space