While some of the key-frames (odd indexed) are strongly corrupted by noise, the quality of the WZ frames (even indexed ones) is always close to the error-free case, also when the side information is generated from bad quality corrupted key-frames.
Raw data frames were indexed, integrated, and scaled using HKL2000.
Raw CCD data frames were indexed, integrated, and scaled using HKL2000.
The image frames were indexed, integrated, and scaled using HKL2000, and structures were solved using MolRep.
Diffracting frames were indexed and integrated using XDS 27) and were scaled and merged with XSCALE and XDSCONV (Table 1).
The odd indexed frames instead, called Wyner-Ziv (WZ) frames, are encoded using the principles of distributed source coding.
The even indexed frames, that are referred to as key-frames (KF), are traditionally encoded using, for example, an H.264/AVC encoder operating in intra mode (i.e., without using any inter-frame prediction).
Finally, if there was more than one data set of electrolytes that fitted around the index ABG, the data set with an absolute time frame closest to the indexed ABG was used.
With this software, we reconstructed a high spatial and temporal representation of a fly's locomotor movement that cross-indexed each frame to its original movie.
The indexed set of N frames is denoted as I = I1, I2,..., I N. A pixel position in I is given by a two-dimensional vector of integers, p = [ x, y]T.
