Ex parte OGREN - Page 2




          Appeal No. 1997-1373                                                        
          Application No. 08/478,811                                                  


          added claims would be subject to the existing rejection under               
          35 U.S.C. § 112, first paragraph.  Accordingly, the rejection of            
          claims 19-23 is now before us on appeal.                                    
               The claimed invention relates to a method of allocating                
          radio channels among the base stations in a multi-base station              
          radio system.  The allocation method utilizes a mathematical                
          model of the radio system derived from an analogy with a heat               
          bath having a plurality of immersed particles.  The energy                  
          content of the heat bath is gradually changed in order to                   
          achieve an energy content which corresponds to an acceptable                
          interaction between the plurality of particles, thereby                     
          determining an acceptable level of interference among base                  
          stations of the radio system by minimizing the total energy of              
          the system.                                                                 
               Claim 19 is illustrative of the invention and reads as                 
          follows:                                                                    
          19.  A method of distributing channels between base stations and            
          a multi-base section radio system by analogy with a mathematical            
          model wherein said analogy determines a channel distribution                
          which has an acceptable level of inter-channel interference                 
          wherein said mathematical model is based on a heat bath having a            
          plurality of particles immersed therein, said method comprising             
          the steps of:                                                               


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