Abstract In this chapter, the applications of hypergraph computation in computer vision are introduced. Computer is one most widely used areas computation. The hypergraphs can be constructed by modeling high-order relationship among inter- or intra-visual samples, and then tasks solved procedures. More specifically, four typical applications, including visual classification, 3D object retrieval...

Vision Transformers (ViTs), with the magnificent potential to unravel information contained within images, have evolved as one of most contemporary and dominant architectures that are being used in field computer vision. These immensely utilized by plenty researchers perform new well former experiments. Here, this article, we investigate intersection vision transformers medical images. We proff...

The appeal of computer games may be enhanced by vision-based user inputs. The high speed and low cost requirements for near-term, mass-market game applications make system design challenging. The response time of the vision interface should be less than a video frame time and the interface should cost less than 50 Dollars U.S. We meet these constraints with algorithms tailored to particular har...

In this article, we present a new framework oriented to teach Computer Vision related subjects called JavaVis. It is a computer vision library divided in three main areas: 2D package is featured for classical computer vision processing; 3D package, which includes a complete 3D geometric toolset, is used for 3D vision computing; Desktop package comprises a tool for graphic designing and testing ...

non-real) objects: Plane geometric forms, solid geometric forms, and projected forms. The first class is the “real" class consisting of objects from the real world. The second class are representations of real objects. The third class are abstractions that can be represented using symbols but do not correspond to real objects (because they have no corresponding stimulus in the real world). Marr...