逢甲學報, Band 13逢甲大學, 1980 |
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Ergebnisse 1-3 von 16
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... solution would be to set b = B and A = 0 in ( 12 ) , leading to Risk B = 0 . A less extreme solution would be to specify some information about B , e . g . , we would assume that B was a random variable with a prior probability ...
... solution would be to set b = B and A = 0 in ( 12 ) , leading to Risk B = 0 . A less extreme solution would be to specify some information about B , e . g . , we would assume that B was a random variable with a prior probability ...
Seite
... solution of the above equation in the coordinate - representation can be expre- ssed as : ́eme ( ? ) = < } \ v > = u ( r ) Y жете Iv > = u ( I ) Yeme ( 0 , p ) | I where Y ( 0 , P ) are the normalized spherical harmonics ; eme ue ( r ) ...
... solution of the above equation in the coordinate - representation can be expre- ssed as : ́eme ( ? ) = < } \ v > = u ( r ) Y жете Iv > = u ( I ) Yeme ( 0 , p ) | I where Y ( 0 , P ) are the normalized spherical harmonics ; eme ue ( r ) ...
Seite
... Solutions of Convol- ution Integral and Integral Equations Via Block Pulse Functions " Symposi- um on Auto . Control Proceeding Tsing Hua U. Hsinchu , Taiwan , R. O. C. , PP . 63-76 , 1977 . [ 16 ] Shieh , L. S. and C. K. Yeung , " Solution ...
... Solutions of Convol- ution Integral and Integral Equations Via Block Pulse Functions " Symposi- um on Auto . Control Proceeding Tsing Hua U. Hsinchu , Taiwan , R. O. C. , PP . 63-76 , 1977 . [ 16 ] Shieh , L. S. and C. K. Yeung , " Solution ...