Ex Parte Cai - Page 2



         Appeal No. 2006-2707                                                       
         Application No. 09/749,792                                                 
         thermal sensor (335) is used to measure the temperature of the             
         processor (300), which is driven by a clock frequency (330).               
         Next, a frequency reduction circuit (FRC) (305), upon determining          
         that the processor temperature has reached a predetermined                 
         threshold, reduces the clock frequency of the processor to                 
         thereby allow the processor to cool off.  The FRC (305) also               
         includes a performance demanding level (PDL) module (311), which           
         enables the FRC to determine the rate of reduction of the                  
         temperature-related frequency of the processor.                            
              Claim 1 is representative of the claimed invention and is             
         reproduced as follows:                                                     
              1.  An apparatus for dynamic power control of a                       
         processor based on a thermal condition, comprising:                        
              a sensor to measure a thermal characteristic of a processor           
         with a clock frequency;                                                    
              a circuit to reduce the clock frequency of the processor              
         responsive to the measured thermal characteristic satisfying a             
         pre-determined threshold, the circuit including a performance              
         demanding level input to determine a rate of the temperature-              
         related frequency reduction.                                               

                                     References                                     
         The Examiner relies on the following references:                           
         McDermott et al. (McDermott)  5,233,314       Aug. 3,  1993                
         Georgiou et al. (Georgiou)    5,940,785       Aug. 17, 1999                

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