代码搜索：computational
找到约 609 项符合「computational」的源代码
代码结果 609
www.eeworm.com/read/414751/11103943
hlp delaylim.hlp
-----------------------------------------------------------------
Computational delay & limiters
===============================
Subsystem of APILOT1, APILOT2, and APILOT3.
The subsystem 'Comput
www.eeworm.com/read/410973/11262030
txt 5-1329msg1.txt
Subject: reminder iwcs
* * * r e m i n d e r * * * international workshop on computational semantics december 19-21 , 1994 , tilburg , the netherland the institute for language technology and artific
www.eeworm.com/read/410973/11262132
txt 5-1303msg1.txt
Subject: job in computational lexicography : portuguese , italian , dutch .
temporary position available in computational lexicography : portuguese , dutch , italian rank xerox research centre grenob
www.eeworm.com/read/410973/11262262
txt 5-1352msg1.txt
Subject: graduate research train program
computational aspect of cognitive science nsf graduate research train program cornell university the graduate field of computer science and cognitive study at
www.eeworm.com/read/134897/13970908
hlp delaylim.hlp
-----------------------------------------------------------------
Computational delay & limiters
===============================
Subsystem of APILOT1, APILOT2, and APILOT3.
The subsystem 'Comput
www.eeworm.com/read/185756/8987429
c fourier_trans.c
/*
************************************************************************
* fourier.c: Discrete Fourier Transformation *
* *
* taken from: "Projects in
www.eeworm.com/read/178176/9415605
dsc euclid.dsc
An Euclid algorithm
Source :
* B.A.Trakhtenbrot, "Algorithms and computational automata" (in Russian), Novosibirsk, "Sovetskoe Radio", 1974
A number 'n' is represented by n 1-s.
Sam
www.eeworm.com/read/178176/9415636
dsc un2bin.dsc
Conversion unary representation of a number to binary one.
Source :
* L.A.Sholomov, "Basics of discrete and computational machines" (in Rusian), Moscow, "Nauka", 1980
A number 'n' is
www.eeworm.com/read/449131/7517933
m kepler.m
function varargout = kepler_f(E)
%
%
%
% [y] = kepler(E) returns the function value y= M - E + e sin(E),
% [y,yp] = kepler(E) returns the function value in y and
% the d
www.eeworm.com/read/326691/13123353
txt 5-1371msg2.txt
Subject: job position
university of stuttgart institute of computational linguistics positions in transfer , semantics , logic and theorem proving the institute of computational linguistic at the uni