1.1 --- a/grant.html Tue Apr 21 05:58:31 2009 -0700 1.2 +++ b/grant.html Tue Apr 21 06:11:15 2009 -0700 1.3 @@ -661,10 +661,10 @@ 1.4 ∙July 2010 (milestone): Submit a paper describing combinations of marker genes for each cortical area, and a small 1.5 number of marker genes that can, in combination, define most of the areas at once 1.6 Revealing new ways to parcellate a structure into regions 1.7 -∙April-March 2011: Explore dimensionality reduction algorithms for Aim 2. Explore standard hierarchial clustering 1.8 -algorithms, used in combination with dimensionality reduction, for Aim 2. Explore co-clustering algorithms. Think 1.9 -about how radial profile information can be used for Aim 2. Adapt clustering algorithms to use radial profile in- 1.10 -formation. Quantitatively compare the performance of different dimensionality reduction and clustering techniques. 1.11 +∙June 2010-March 2011: Explore dimensionality reduction algorithms for Aim 2. Explore standard hierarchial clus- 1.12 +tering algorithms, used in combination with dimensionality reduction, for Aim 2. Explore co-clustering algorithms. 1.13 +Think about how radial profile information can be used for Aim 2. Adapt clustering algorithms to use radial profile 1.14 +information. Quantitatively compare the performance of different dimensionality reduction and clustering techniques. 1.15 Quantitatively compare the value of different flatmapping methods and ways of representing radial profiles. 1.16 ∙March 2011 (milestone): Submit a paper describing a method fulfilling Aim 2. Release toolbox. 1.17 ∙February-May 2011: Using the methods developed for Aim 2, explore the genomic anatomy of the cortex. If new ways