Opportunity :  'N' bit computing has been traditional been marketed
                as a bus architecture that can transport 'n' bits of data
                to the processor.

                further to as detailed in 197) , 249) and specifically 791)

              document referred below


          a)    paradox ...where are data in volatile memory hosted ..viz. RAM

                GIVEN that ...there are memory banks available of the order of

                the  Y*32 bit ...32kb,64kb,128,256kb ...size of the value that

                can be hosted in a memory bank ...for instance what is the max

                value of the 'int' ...integer 


         b)     ....also implications on the size of the value that can be populated

               in a dice ....viz. the processor 


               From a) & b)  ....how does it stand in context of the bus architecture,


              thus it is envinsible ...modifying the memory bank (volitile memory)

              architecture ...and the bus architecture ....'n' bit or higher bit 

              computing model can be achieved on bus design's with less bus widith

              viz. instead of whole bus-width transfering a word of data to be processed

              each grid or line in the bus transfer's data independently to the processor.



              In the context also it can be evaluated that ...viz. how baud-rate works

              or serail lines ...viz. amount of the data shippable at any point of time

              viz. a negotiable feature ...hence given the context ...the said limitations

              of the bus-width can be accrued  ...and better computing model 


              translating into more flexible applications for instance viz. number of
              rows that can be accomodated in table or spreadsheets being proportionate
              or being limited to the size of int.
           
                                          
              

Note: The above problem statement having been encountered in various scenarios
      and detailed in various 'Proof of concepts' as mentioned in 
      
       http://uk.geocities.com/ravivenkatus/projects.pdf
       http://ravishankarkv.tripod.com/projects.pdf
        ....apply appropriate
      'use-case' modeling, rationalize and arrive at a workable and feasible 
       solution both commercially and techinically viable.

             

           


 
             