Initially, most testing for photogrammetry focused on evaluating the behavior of the multi-image setup for the camera calibration (Luhmann et al. 2006).
Configuration setups of the CMOS camera are 4-tap, 12-bit, 80-MHz camera link clocks; the line averaging mode, a 125 kHz line rate and 2048 active detector pixels.
The system setup of the hyperspectral retinal camera is shown in Fig. 1 (a).
The acquisition setup allows for rotation of the camera around the central axis of the camera lens.
A basic setup consists of the Web camera, a video capture card for the PC (expensive cameras already include these cards), a microphone, speakers, a computer with an Internet connection and software like Microsoft's NetMeeting, which is free (and already bundled with Windows 2000), or CUseeMe ($40 at store.cuseemeworld.com; a free trial version is also available).
Table 1 summarizes the cryptographic keys generated as part of the camera setup procedure.
If both the intrinsic and extrinsic parameters of the camera setup are known, the resulting reconstruction is called Euclidean, that is, the reconstruction is metric.
In addition, for many previously recorded datasets from biological studies such as [7], a calibration of the camera setup is not available.
Because of the camera setup in current videoconferencing systems, from Skype to Telepresence, users are either looking at no one if they aren't looking into the camera, or at everyone if they are.
While similar approaches such as [36] and [37] only utilize positional priors, we aim to include additional constraints, e.g., the anatomical context or the epipolar geometry of the camera setup.
