To reduce the cost of virtual try‐on, a method of image deformation by body part size is
proposed for the traditional two‐dimensional virtual try‐on method, which is challenging to …

In this paper, we propose an architecture of tessellation hardware to save memory
bandwidth in a mobile multimedia processor. To reduce the implementation overhead …

This paper presents a heterogeneous multimedia processor for embedded media
applications such as image processing, vision, 3-D graphics and augmented reality (AR) …

An area-efficient special function unit (SFU) for the evaluation of transcendental functions in
mobile vertex processors is presented. In spite of infrequent usage, previous implementation …

Hardware architecture of a tessellator based on a vertex shader is proposed to save memory
bandwidth for a mobile 3D graphics engine. According to the appropriate separation of the …

In this paper, a unified media application processor (UMAP) is presented for 2D/3D image
analysis/synthesis applications on handheld devices. UMAP integrates parallel and …

Although the first electronic circuit specifically designed to accelerate rendering was
developed in the early 1980s, the term GPU (Graphics Processing Unit) was popularized by …

Bézier surfaces have been widely employed in the designing of complex scenes with high-
quality results. Nevertheless, parametric surfaces cannot be directly rendered in the current …

Real picture like high quality computer graphic is widely used in various fields and shader
processor, a key part of a graphic processor, has been advanced to programmable unified …

Characteristically, 3D graphic algorithms have to perform complex calculations on massive
amount of stream data. The vertex and pixel shaders have enabled efficient execution of …