代码搜索:Generalized

找到约 2,645 项符合「Generalized」的源代码

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makefile

# Makefile for GiST test program # # Generalized Search Tree PROGRAM = RSTree SRCS = command.cpp gram.y scan.l RTentry.cpp RTnode.cpp RTpredicate.cpp RT.cpp OBJS = command.o gram.ta
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m randcantor.m

function c = randcantor(p,n,d,varargin) %RANDCANTOR 1D, 2D or 3D generalized random Cantor set % C = RANDCANTOR(P, N, D) generates a logical D-dimensional array (with % D=1, 2, or 3) of size N^D,
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m randcantor.m

function c = randcantor(p,n,d,varargin) %RANDCANTOR 1D, 2D or 3D generalized random Cantor set % C = RANDCANTOR(P, N, D) generates a logical D-dimensional array (with % D=1, 2, or 3) of size N^D,
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m gcvfctn.m

function G = gcvfctn(h, s2, fc, rss0, dof0) %GCVFCTN Evaluate generalized cross-validation function. % % gcvfctn(h, s2, fc, rss0, dof0) is the value of the GCV function % for ridge regres
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m gsvd.m

function [u1,u2,x,c,s]=gsvd(a,b) % [u1,u2,x,c,s]=gsvd(a,b) Generalized Singular Value Decomposition % of matrices A and B. The two matrices must have the same number % of columns and A cannot hav
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htm glmerr.htm

Netlab Reference Manual glmerr glmerr Purpose Evaluate error function for generalized linear model. Synopsis e
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m gatx0.m

function [x0] = gatx0( alpha, theta, mi, sigma ) % GATX0 compute point x0 (Generalized Andeson's task). % [x0] = gatx0( alpha, theta, mi, sigma ) % % GATX0 computes a point on lying on the hyperplane
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m gatx0.m

function [x0] = gatx0( alpha, theta, mi, sigma ) % GATX0 compute point x0 (Generalized Andeson's task). % [x0] = gatx0( alpha, theta, mi, sigma ) % % GATX0 computes a point on lying on the hyperplane
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makefile

# Makefile for GiST test program # # Generalized Search Tree PROGRAM = RSTree SRCS = command.cpp gram.y scan.l RTentry.cpp RTnode.cpp RTpredicate.cpp RT.cpp OBJS = command.o gram.tab.o scan
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makefile

# Makefile for GiST test program # # Generalized Search Tree PROGRAM = BTree SRCS = command.cpp gram.y scan.l BTentry.cpp BTnode.cpp BTpredicate.cpp OBJS = command.o gram.tab.o scan.o BTen