Ex parte BERKOVICH et al. - Page 2




          Appeal No. 1997-1636                                       Page 2           
          Application No. 08/204,996                                                  





                                     BACKGROUND                                       
               The invention at issue in this appeal is a multi-                      
          processor computer architecture for the uninterrupted                       
          processing of a voluminous flow of data.  The architecture                  
          comprises substantially identical processing layers.  The                   
          layers feature dual-port microprocessors.  Each microprocessor              
          is connected to its layer’s bus by one port and to the next                 
          layer’s bus or an output bus by the other port.  Each layer                 
          also includes a supervisory microprocessor.  The supervisory                
          processor is connected to its layer’s bus by one of its ports               
          and to a supervisory bus by the other port.                                 


               Claim 1, which is representative for our purposes,                     
          follows:                                                                    
                    1.   A multi-processor computing system                           
               comprising:                                                            
                    a plurality of layers, each layer comprising at                   
               least three dual ported processors,                                    
                    a plurality of busses, each bus supervised by a                   
               supervisory processor;                                                 
                    one of said plurality of busses constituting an                   
               input bus to processors of a first layer and another                   








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