Ex parte AHAMED et al. - Page 9




          Appeal No. 96-1492                                                          
          Application 07/666,162                                                      



          of the distribution order being a design choice is not                      
          supported by the record.                                                    
          The arguments by appellants and the examiner as to                          
          whether Liu and Natarajan are synchronous or asynchronous                   
          systems also fail to properly address the requirements for a                
          rejection under 35 U.S.C. § 103.  Neither the examiner nor                  
          appellants address the question of whether the synchronous                  
          operation of the plurality of processors recited in claim 1                 
          would have been obvious over the teachings of Liu and/or                    
          Natarajan.  There are only two modes of operation, synchronous              
          and asynchronous.  Simply establishing that a reference is one              
          or the other does not address the obviousness of the                        
          recitation of synchronous operation.  Notwithstanding the                   
          failure of the examiner and appellants to properly consider                 
          issues of obviousness, the examiner’s assertions regarding the              
          synchronous operation of Liu and Natarajan are unsupported by               
          the references.                                                             
          For all the reasons just discussed, the examiner’s                          
          rejection of representative claim 1 is not supported by the                 
          applied prior art.  Therefore, we do not sustain the rejection              

                                          9                                           





Page:  Previous  1  2  3  4  5  6  7  8  9  10  11  12  Next 

Last modified: November 3, 2007