In this paper we present a new method for superresolution of depth video sequences using high resolution color video. Here we assume that the depth sequence does not contain outlier points which can be present in the depth images. Our method is based on multiresolution decomposition, and uses multiple frames to search for a most similar depth segments to improve the resolution of the current frame. First step is the wavelet decomposition of both color and depth images. Scaling images of the depth wavelet decomposition, are superresolved using previous and future frames of the depth video sequence, due to their different nature. On the other side wavelet band are improved using both previous frames of the wavelet bands and wavelet bands of c...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
At the current stage of technology, depth maps acquired using cameras based on a time-of-flight prin...
In this paper we present a new method for superresolution of depth video sequences using high resolu...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
With the development of video technology, high definition video and 3D video applications are becomi...
In this thesis, we investigate a new method to produce high-resolution still images from a video seq...
Due to the development of depth sensors, such as time-of-flight (ToF) cameras, it becomes easier to ...
Multi-frame super-resolution is the process of recovering a high resolution image or video from a se...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
peer reviewedMulti-frame super-resolution is the process of recovering a high resolution image or vi...
peer reviewedWe enhance the resolution of depth videos acquired with low resolution time-of-flight ca...
At the current stage of technology, depth maps acquired using cameras based on a time-of-flight prin...
It is believed by many that three-dimensional (3D) television will be the next logical development t...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
At the current stage of technology, depth maps acquired using cameras based on a time-of-flight prin...
In this paper we present a new method for superresolution of depth video sequences using high resolu...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
With the development of video technology, high definition video and 3D video applications are becomi...
In this thesis, we investigate a new method to produce high-resolution still images from a video seq...
Due to the development of depth sensors, such as time-of-flight (ToF) cameras, it becomes easier to ...
Multi-frame super-resolution is the process of recovering a high resolution image or video from a se...
Sensing using 3D technologies has seen a revolution in the past years where cost-effective depth sen...
peer reviewedMulti-frame super-resolution is the process of recovering a high resolution image or vi...
peer reviewedWe enhance the resolution of depth videos acquired with low resolution time-of-flight ca...
At the current stage of technology, depth maps acquired using cameras based on a time-of-flight prin...
It is believed by many that three-dimensional (3D) television will be the next logical development t...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
In this paper we present a new method for joint denoising of depth and luminance images produced by ...
At the current stage of technology, depth maps acquired using cameras based on a time-of-flight prin...