Ex Parte Lamberton et al - Page 7



          Appeal No. 2006-0252                                            7           
          Application No. 09/755,564                                                  

          With respect to dependent claim 5, appellants argue that                    
          Denker fails to show the step of claim 5.  Specifically,                    
          appellants argue that the portions of Denker cited by the                   
          examiner do not show updating a PRN generator at a maximum rate             
          as claimed [brief, pages 18-19].  The examiner responds that the            
          rate at which the secret is updated in Denker is in accordance              
          with the transmission protocol and not at a maximum rate as                 
          argued [answer, pages 11-12].                                               
          We will sustain the examiner’s rejection of dependent claim                 
          5 for the reasons argued by the examiner in the answer.                     
          With respect to independent claim 7, appellants argue that                  
          Denker fails to show the last step of claim 7.  Specifically,               
          appellants argue that the portions of Denker cited by the                   
          examiner do not show evaluating the Initial Sequence number                 
          Receiving side and allocating resources in the manner claimed               
          [brief, pages 19-21].  The examiner disagrees [answer, page 12].            
               We will sustain the examiner’s rejection of independent                
          claim 7.  Appellants’ argument are directed to the TCP2E protocol           
          of Denker.  As noted above, we rely on the TCP2B protocol of                
          Denker.  Denker clearly teaches in this protocol that resources             
          are not allocated to the connection until the received ACK                  






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

Last modified: November 3, 2007