Ex parte MCLAREN et al. - Page 3




          Appeal No. 1999-1193                                                        
          Application No. 08/429,504                                                  


          storing the operating state of the data processing system is                
          feasible.  If the storing of the operating state is feasible,               
          scheduling of tasks to be performed by the data processing                  
          system is halted.  Data not required for operation of the data              
          processing system is then removed from the volatile memory.                 
          The operating state of the data processing system is stored                 
          within the nonvolatile mass storage device, thereby enabling                
          the operating state of the data processing system to be                     
          efficiently restored.  Thereafter, power is removed from the                
          data processing system.  In response to restoring power to the              
          data processing system, a determination is made whether the                 
          operating state of the data processing system is stored within              
          the nonvolatile mass storage device.  In response to a                      
          determination that the operating state of the data processing               
          system is stored within the nonvolatile mass storage device,                
          the operating state of the data processing system is loaded                 
          from the nonvolatile mass storage device, thereby restoring                 
          the operating state of the data processing system.                          
          Further illustration of the invention can be obtained by the                
          following claim.                                                            


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