In many application domains all over the world there is a trend from “single-view imaging” towards “multi-view imaging”. Some examples are the introduction of 3D/4D imaging in Healthcare, High Definition TV and beyond in Broadcasting, multiple connected Surveillance Cameras for monitoring a scene. These applications have in common that they all involve an explosive growth in the generation of images and the need for real time handling of images and data. The question arises how to deal with this growth of complexity. Breakthrough technologies are needed to make imaging applications, such as the ones described above, handle the more and more demanding requirements concerning image quality and reliability and speed of image analysis:• Image acquisition needs to become much more intelligent about what data to acquire • Multi-view video processing requires sophisticated inter-camera calibration tools and sophisticated algorithms• Acquisition devices will also need to become more context-aware: devices should be aware of the existence of other cameras. Project ObjectivesPANORAMA will provide autonomous image acquisition, tightly coupled to the image sensor by research, development and demonstrating generic breakthrough technologies and hardware architectures for a broad range of imaging applications. Object segmentation is a basic building block of many intermediate and low level image analysis methods. It will be used in an X-ray system to locate anatomical regions of interest. In broadcast applications, it can find people’s faces and optimize Image Quality. In a multi-camera setup these imaging parameters will be optimized to provide a consistent display of faces.On completion PANORAMA will deliver solutions for applications in medical imaging, broadcasting systems and security & surveillance, all of which face similar challenging issues in the real time handling and processing of large volumes of image data.