The unique design parameters defined by the complex physiology of the CNS for construction and validation of 3D in vitro neural systems are reviewed here.
Specific support for the German model and the modified Scandinavian model is qualified by very recent theoretical work pointing to the superiority of fully decentralized collective bargaining systems also reviewed here.
Although more studies have addressed molecular and biochemical measures in in vitro, cell culture systems, they are not reviewed here.
The connectivity studies reviewed here consistently demonstrated system-wide network disturbances following stroke.
Another system with great similarities to those reviewed here is the Medical Information for Risk Assessment Initiative (MIHARI) initiated by the Japanese government with the Pharmaceuticals and Medical Devices Agency.
Several demonstrations are reviewed here.
Trampoline Systems: Reviewed in more detail here.
While our approach to tempo tracking is conceptually similar to the musical accompaniment systems reviewed earlier, our approach here has a notable novelty, where we formulate the robot performance as a linear quadratic control problem.
