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Author: Thomas G. Evans Publisher: ISBN: Category : Computer-aided design Languages : en Pages : 30
Book Description
The following paper represents work to date on the deformation method for quadratic programming and thus may be regarded as a sequel to Zahl, S. (1964) A Deformation Method for Quadratic Programming, Research Note AFCRL-63-132. It gives an explanation of a modified Iverson programming language and uses this to give a detailed algorithm for the Zahl Deformation Method of Quadratic Programming.
Author: Thomas G. Evans Publisher: ISBN: Category : Computer-aided design Languages : en Pages : 30
Book Description
The following paper represents work to date on the deformation method for quadratic programming and thus may be regarded as a sequel to Zahl, S. (1964) A Deformation Method for Quadratic Programming, Research Note AFCRL-63-132. It gives an explanation of a modified Iverson programming language and uses this to give a detailed algorithm for the Zahl Deformation Method of Quadratic Programming.
Author: John N. Pierce Publisher: ISBN: Category : Alphabets Languages : en Pages : 38
Book Description
The performance of a plurality-count diversity combiner for fading M-ary transmissions is analyzed, and calculated error probabilities are presented graphically for alphabet sizes of 2, 8, and 32. The performance is shown to be within 3 dB of that of an optimum square-law combiner for moderate alphabet sizes when there is no restriction on the allowable number of diversity branches. It is shown that a worthwhile saving in transmitted power can be effected by using nonbinary alphabets with plurality-count combining for the transmission of binary data. The availability of extra information from the combiner for use with error-correction is discussed.
Author: Thomas G. Evans
Author: Thomas G. Evans
Author: 
Author: P. Blacksmith (Jr.)
Author: E. J. Post
Author: J. K. Schindler
Author: John N. Pierce
Author: Carlyle J. Sletten
Author: S. M. Silverman
Author: Eiji Fujimori
Author: Takeshi Namioka