诺基亚将建立计算机视觉库

2012年03月30日 21:48    发布者:f.luo
http://www.computervisiononline.com/software/nokia-computer-vision-library
The NokiaCV Library builds on the Symbian OS, extending imaging capabilities and standardizing the OS image internals. The library provides standard image operations, as well as a set of linear algebra operations needed in many advanced imaging applications. This serves as a building block for future advanced libraries. Some of the extensions are likely to be created by our research teams and be provided in future releases, but anyone can extend the library.

Contents

    Nokia Computer Vision Library
        It contains basic functions for computer vision and image processing
        It can be used on Symbian S60 OS
    Python Binding for Nokia Computer Vision Library
        It is python binding for all functions of original library
        It can be used on PyS60
    Camera Motion Estimation Library
        It contains algorithms for camera motion esimation
        It can be used on Symbian S60 OS
    Python Binding for Camera Motion Estimation Library
        It is python binding for the functions of original library
        It can be used on PyS60
    Python Binding Libary for Basic Camera Functions
        It is python binding for many S60 camera functions
        It can be used on PyS60



Use Cases

Here are some use cases where this library can be applied to:

    Capture Enhancement:
        With color conversions and image wrapper, we can modify images and manipulate pixels directly and easily.
        Developers can make high-quality algorithms for panoramas.
        Developers also can implement complex algorithms without requiring building and debugging of a platform.
    Gaming/User Interfaces
        The library provides robust motion estimation as a software component, it is ready for games and applications.
    Post-capture Editing
        Image warping operation can be used to create standard warping or in other entertainment uses.
        By image compositing, we can add items to captured images.