Add to ORKGThis paper explores the Nokia N900 platform as a versatile playground for mobile computational photography. We present the implementation of a simple yet practical application to acquire high quality tone mapped HDR images, and a relatively straightforward white balance selection. We have built everything from scratch: from the capture of the bracketed sequence of images with different exposures, to the final tone mapping algorithm. Completed in less than one week, showcasing the flexibility and productivity of the platform, our experiments have encouraged us to continue exploring all the possibilities this kind of devices offer. 1
Registering natural photos to existing 3D surface models, particularly on low-power mobile devices, ...
Today, mobile devices (smartphones, tablets, etc.) are widespread and of high importance for their u...
Computer Vision enables mobile devices to extract the meaning of the observed scene from the informa...
Cameras are becoming increasingly aware of the picture-taking context, collecting extra information ...
Camera phones are now very common but there are some usability issues that affect their use. These c...
The increased sensing and computing capabilities of mobile devices can provide for enhanced mobile u...
High dynamic range (HDR) imaging is becoming more popular in the field of photographic and computer ...
Smart phones are becoming visual computing power-houses. Using sensors such as camera, GPS, and othe...
The goal of this paper is to create an application that solves HDR image processing problems and foc...
Abstract In this chapter we cover the FCam (short for Frankencamera) architecture and API for comput...
In this paper, we propose an efficient technique for creat-ing a visually appealing collage on a mob...
In this paper, we propose an efficient technique for creat-ing a visually appealing collage on a mob...
Modern mobile communication devices frequently contain built-in cameras allowing users to capture hi...
The goal of this work was to create an application providing the user with an option of creating int...
The use of panoramic photography to achieve wide viewing angles is becoming increasingly commonplace...
Registering natural photos to existing 3D surface models, particularly on low-power mobile devices, ...
Today, mobile devices (smartphones, tablets, etc.) are widespread and of high importance for their u...
Computer Vision enables mobile devices to extract the meaning of the observed scene from the informa...
Cameras are becoming increasingly aware of the picture-taking context, collecting extra information ...
Camera phones are now very common but there are some usability issues that affect their use. These c...
The increased sensing and computing capabilities of mobile devices can provide for enhanced mobile u...
High dynamic range (HDR) imaging is becoming more popular in the field of photographic and computer ...
Smart phones are becoming visual computing power-houses. Using sensors such as camera, GPS, and othe...
The goal of this paper is to create an application that solves HDR image processing problems and foc...
Abstract In this chapter we cover the FCam (short for Frankencamera) architecture and API for comput...
In this paper, we propose an efficient technique for creat-ing a visually appealing collage on a mob...
In this paper, we propose an efficient technique for creat-ing a visually appealing collage on a mob...
Modern mobile communication devices frequently contain built-in cameras allowing users to capture hi...
The goal of this work was to create an application providing the user with an option of creating int...
The use of panoramic photography to achieve wide viewing angles is becoming increasingly commonplace...
Registering natural photos to existing 3D surface models, particularly on low-power mobile devices, ...
Today, mobile devices (smartphones, tablets, etc.) are widespread and of high importance for their u...
Computer Vision enables mobile devices to extract the meaning of the observed scene from the informa...