As a result, we derive a theory for synthesizing additional schedulers and protocols needed to guarantee the correctness of distributed code generation.
The diversity order is expressed as a function of the rank properties of the distributed coding strategy employed: a result analogous to the diversity properties of colocated multiantenna systems.
For any reencoding function the diversity order is expressed as a function of the rank properties of the distributed coding strategy employed.
Design of efficient distributed coding schemes for cooperative communications networks has recently attracted significant attention.
We implement them within a system based on the architecture proposed by Aaron et al.[3], which is also at the basis of the popular distributed coding for video services (DISCOVER)[10] and VISNET I/II[11] DVC systems.
With the advent of multi-electrode recordings, distributed coding started to be more thoroughly investigated [5] but issues related to timescale were not systematically explored.
It is still, however, controversial whether the activity in FFA represents a localized or distributed coding of faces [8], [11], [12].
The proposed solutions make use of distributed video coding technologies that were originally reported in the literature for distributing coding complexity between the encoder and the decoder.
