| C. Gomez, Ed., Engineering and scientific Computing with Scilab, 1999. |
....source computational software environments. Very high quality packages are available for mathematics, numerical analysis, parallel computing, data processing, image visualization, graphics, text preparation and presentation, and so on [1] In this paper the central focus will be Scilab [2] [3], often used in combination with Linux [4] These alternatives give the student or professional with limited resources a long term capability for performing significant computational studies . The approach used in this work is to introduce free open source software in numerically intensive ....
....and lists data types. Several examples of these data types are given. To illustrate, the polynomial s 2 1 with coefficients 1 and 2 and variable s, can be defined using the command poly, poly( 1 2] s , c ) The Scilab prompt is the sign. A row vector can be defined using w = [1 2 3]. To define a row vector, the elements should be separated by blanks or by commas. To define a column vector, the elements should be separated by a semicolon as in [1; 2; 3] The handling of input and output of vector and matrix files follows. For example, the elements of the matrix A, 4 3 2 ....
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Gomez , Claude (Ed.), Engineering and Scientific Computing with Scilab. Boston: Birkhuser, 1999.
....systems. We present a clustering algorithm called triplet, study its performance and compare it to the HEFT algorithm. We show that triplet has good characteristics and outperforms HEFT in most of the cases. 1 Introduction Scilab is an heavily used tool in the mathematical community [7]. As Matlab, Scilab allows to execute scripts for engineering and scientific computation. However, Scilab has some limitation since it is not parallelized. The goals of Scilab = 1] developed in the OURAGAN project 1 is to permit an efficient and transparent execution of Scilab on a ....
C. Gomez, editor. "Engineering and Scientific Computing with Scilab". Birkhauser, 1999.
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C. Gomez, Ed., Engineering and scientific Computing with Scilab, 1999.
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C. Gomez (Ed.). Engineering and Scientific Computing with Scilab. Birkhauser, Boston, 1999.
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C. Gomez (Ed.). Engineering and Scientific Computing with Scilab. Birkhauser, Boston, 1999.
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C. Gomez, Ed., Engineering and Scientific Computing with SciLab. Boston, MA: Birkhauser, 1999.
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C. Gomez (Ed.). Engineering and Scientific Computing with Scilab. Birkhauser, Boston, 1999.
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Claude Gomez, editor. Engineering and Scientific Computing with Scilab. Birkhuser, 1999.
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GOMEZ C., BUNKS C., CHANCELIER J.-P., STEER S., NIKOUKHAH R., Engineering and Scientific Computing With Scilab, Springer--Verlag, 1999.
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Gomez C., "Engineering and Scientific Computing with Scilab" (INRIA - Rocquencourt Ed., France, 1999) 512 pages; http://www-rocq.inria.fr/scilab, May 2001.
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