 Usage:  {A,b,ctrl}=absepnewton(e,S1,S2,itmax,eps,A0,b0,aus)  

 

 Input:



  e                      numeric; efficiency loss to attain; 

                         

  S1                     numeric; Variance of X1 (the clipped part of X); 

                         

  S2                     numeric; Variance of X2 (the unmodified part of X); 

                         

  itmax                  integer; maximal number of iterations 

                         

  eps                    numeric; exactitude 

                         

  A0                     numeric; starting value for a 

                         

  b0                     numeric; starting value for b 

                         

  aus                    integer; decides whether to write results on output [1] or not (else) 

                         

 Output:



  A                      numeric; Lagrange-Multiplyer to achieve Fisher-Consistency 

                         

  b                      numeric; clipping height achieving e as rel. effiency loss 

                         

  ctrl                   numeric; decides whether convergence "happened" 

                         

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(C) MD*TECH Method and Data Technologies, 21.9.2000

