Ex parte YUAN et al. - Page 2




                 Appeal No. 1999-2568                                                                                                                   
                 Application No. 08/640,096                                                                                                             


                 claim 7 was amended.                                                                                                                   
                          The disclosed invention relates to a method and system                                                                        
                 for implementing wire-or functions.                                                                                                    
                          Claims 1 and 7 are illustrative of the claimed invention,                                                                     
                 and they read as follows:                                                                                                              
                                   1.  A method of improving a system cycle time in a                                                                   
                          system implementing wire-or function comprising the step                                                                      
                          of:                                                                                                                           
                                   reducing a wire-or glitch so that a bus can be                                                                       
                          sampled after a single trip propagation delay.                                                                                
                                   7.  A system supporting wire-or functions                                                                            
                 comprising:                                                                                                                            
                          a plurality of drivers disposed along a bus, the                                                                              
                          drivers having a gradual rise time and a rapid fall time                                                                      
                          such that for any pair of simultaneously switching                                                                            
                          drivers along the bus, a falling signal of one of the                                                                         
                          pair of drivers along the bus will propagate to a rising                                                                      
                          signal of another of the pair of drivers along the bus                                                                        
                          before the rising signal reaches a predetermined level;                                                                       
                          and                                                                                                                           
                          a first terminal resistor and second terminal                                                                                 
                          resistor coupled to a first end and a second end of the                                                                       
                          bus, respectively.                                                                                                            
                          The reference relied on by the examiner is:                                                                                   
                 Belluche                                     3,694,665                                    Sep. 26,                                     

                          1(...continued)                                                                                                               


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