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Exp Neurol 197:1, 244-51 (2006 Jan) Overall, not a bad paper.
Not very well organized, which is not assisted by the large amount of information presented, but having slogged through the figures, I'm somewhat convinced that the model is good.
Video Capture(sys.argv) # Which frame to start from, how many frames to go through start_frame = 0 frames = 61000 # Counters count = 0 save_seq = 0 decimate = 10 rolling = 16 # average over N output frames transpose = False if(transpose): h = vidcap.get(3) w = vidcap.get(4) else: w = vidcap.get(3) h = vidcap.get(4) fourcc = cv2. Video Writer("timelapse.mp4", fourcc, 30, (int(w), int(h)), True) avglist =  while True: # Read a frame success,image = vidcap.read() if not success: break if count = rolling: avglist.pop(0) # remove the first item. It seems that the IAR compiler uses different assembly syntax.
avg2 = avg2.astype('uint8') print("saving " str(save_seq)) # Save Image # cv2.imwrite(filename str(''.format(save_seq)) ".png", avg) save_seq = 1 writer.write(avg2) if count == frames start_frame: break count = 1 writer.release() Eminently useful. -- has a very interesting and very well applied analogy between programs and laws.
When humans live in smaller communities something like this is in the shared consciousness. Experiments with the linear net- work show that the angle, ∆h FA ]∆h PBP quickly becomes smaller than ∆h FA ]∆h BP (Fig. In other words feedback alignment, despite its simplicity, displays elements of second-order learning. After briefly searching the web, I could not find a chart of the top 100 occupations in the US. The deformations relative to the spinal cord in animal models, such as rodents or non-human primates, are likely to be even larger. Summary thoughts: This is a highly interesting study, insofar that the authors show substantial support for their hypotheses that phenotypes can be explored through random-walk non-lethal mutations of the genotype, and this is somewhat invariant to the source of carbon for known biochemical reactions. I suggest that a good control would be to ‘fuzz’ the list of available reactions based on statistical criteria, and see if the results still hold.
What gives me pause is the use of linear programming / optimization when setting the relative concentrations of biomolecules, and the permissive criteria for accepting these networks; real life (I would imagine) is far more constrained. Then, go back and make the reactions un-biological or less networked, and see if this destroys the measured degrees of robustness.