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14 Jun 2014: a) NND.(b) RI. (c) Percentage of cells that moved during the simulation. ... Neurosci.5741–50. [34] Wässle H, Peichl L and Boycott B B 1981 Dendritic territories of cat retinal ganglion cellsNature292344–5[35] Wässle H and Riemann H J 1978 The

23 Jul 2014: b0 0 1. b1 0. ,. where b = ( ,b1,b0,b1, ) {1}Z is a pseudoergodicsequence. ; ... every finite pattern of 1’s can be foundsomewhere in the infinite sequence b.

14 Jun 2014: andcells of opposite type B! The vertical line indicatesthe effective radius of the central dip Rodieck,1991! ... B! Like A, for the W81S1dataset. Again statistical independence is rejected P 0.006!

14 Jun 2014: C, D) Autocorrelogram of mosaics in (A) and (B), with 25 lm annuli. ... Only the large black dots were analyzed in panel (B); small black dots werediscarded.

14 Jun 2014: The RI of this field is 5.1. (b) Autocorrelation plot of the field shown in (a). ... Cells in (b) are not drawn to scale for clarity.) Data kindly provided by Dr Lucia Galli-Resta.

14 Jun 2014: M. Grzywacz, J. Neurosci., 1994, 14,. 7426–7439.34 M. B. Feller, D. ... Shatz, Neuron, 1997, 19, 293–306.35 K. B. Godfrey and N. V.

19 Jun 2014: m & µ(U) N s (1 log(1/)) log(N), [ 2 ]. (a)(a) (b)(b). (c)(c) (d)(d). Fig. 1. (a) 12.5% uniform random subsampling scheme, (b) CS reconstructionfrom ... b}. The kth relative sparsity is. Sk = Sk(N,M,s) = maxzΘ‖PNk1Nk Uz‖.

14 Jun 2014: Wave propagation is much slower. S25 A, B, andD exhibit complicated, “zigzagging” propagation patterns. ... B,GABA-induced wave in a DR4 retina (conventions as in Fig. 6 B).

14 Jun 2014: s e q ( f =5 , t =1) ## a b b r e v t a g s. ... 1 ## i n c r e m e n t j b y 1. •

19 Jun 2014: m & µ(U) N s (1 log(1/)) log(N), [ 2 ]. (a)(a) (b)(b). (c)(c) (d)(d). Fig. 1. (a) 12.5% uniform random subsampling scheme, (b) CS reconstructionfrom ... b}. The kth relative sparsity is. Sk = Sk(N,M,s) = maxzΘ‖PNk1Nk Uz‖.