
 Finite Vector Space Representations (Site not responding. Last check: 20071021) 
  The vector representation of fields, and the matrix representation of linear operators is derived, together with how vectors and matrices are transformed to alternative representations, incuding their eigenrepresentation. 
  The linear vector space representation of fields and operators is a powerful component in the toolbox of the mathematician, physicist, engineer and statistician. 
  As in the case of the velocity or force, the vector will have a direction and length, but not in two or three dimensional space, but in an abstract dimensional space, where is the number of grid points in the representation. 
 www.met.rdg.ac.uk /~ross/DARC/LinearVectorSpaces.html (843 words) 
