← Back to branch summary

~ubuntu-branches/ubuntu/hoary/scilab/hoary

« back to all changes in this revision

Viewing changes to man/eng/arma/arma.xml

  • Committer: Bazaar Package Importer
  • Author(s): Torsten Werner
  • Date: 2005-01-09 22:58:21 UTC
  • mfrom: (1.1.1 upstream)
  • Revision ID: james.westby@ubuntu.com-20050109225821-473xr8vhgugxxx5j
Tags: 3.0-12
http://bugs.debian.org/255869
changed configure.in to build scilab's own malloc.o, closes: #255869

Show diffs side-by-side

added added

removed removed

Lines of Context:
man/eng/arma/arma.xml
 
1
<?xml version="1.0" encoding="ISO-8859-1" standalone="no"?>
 
2
<!DOCTYPE MAN SYSTEM "../../manrev.dtd">
 
3
<MAN>
 
4
  <LANGUAGE>eng</LANGUAGE>
 
5
  <TITLE>arma</TITLE>
 
6
  <TYPE>Scilab Function</TYPE>
 
7
  <DATE>April 1993</DATE>
 
8
  <SHORT_DESCRIPTION name="arma"> Scilab arma library</SHORT_DESCRIPTION>
 
9
  <DESCRIPTION>
 
10
    <P>
 
11
    Armax processes can be coded with Scilab tlist of type <VERB>'ar'</VERB>. 
 
12
    <VERB>armac</VERB> is used to build <VERB>Armax</VERB> scilab object. An <VERB>'ar'</VERB> 
 
13
    tlist contains the fields <VERB>['a','b','d','ny','nu','sig']</VERB>. 
 
14
  </P>
 
15
    <DESCRIPTION_INDENT>
 
16
      <DESCRIPTION_ITEM label="armac">
 
17
        <SP>: this function creates a Scilab tlist which code an  Armax
 
18
  process     A(z^-1)y= B(z^-1)u + D(z^-1)sig*e(t)</SP>
 
19
        <VERBATIM>
 
20
<![CDATA[
 
21
-->ar=armac([1,2],[3,4],1,1,1,sig);
 
22
 
 
23
-->ar('a')   
 
24
 ans  =
 
25
 
 
26
!   1.    2. !
 
27
-->ar('sig')
 
28
 ans  =
 
29
 
 
30
    1.  
 
31
   ]]>
 
32
        </VERBATIM>
 
33
      </DESCRIPTION_ITEM>
 
34
      <DESCRIPTION_ITEM label="armap(ar [,out])">
 
35
        <SP>: Display the armax equation associated with <VERB>ar</VERB></SP>
 
36
      </DESCRIPTION_ITEM>
 
37
      <DESCRIPTION_ITEM label="armap_p(ar [,out])">
 
38
        <SP>: Display the armax equation associated with <VERB>ar</VERB>  using polynomial matrix display.</SP>
 
39
      </DESCRIPTION_ITEM>
 
40
      <DESCRIPTION_ITEM label="[A,B,D]=armap2p(ar)">
 
41
        <SP>: extract polynomial matrices from ar representation</SP>
 
42
      </DESCRIPTION_ITEM>
 
43
      <DESCRIPTION_ITEM label="armax">
 
44
        <SP>: is used to identify the coefficients of a n-dimensional  ARX process    A(z^-1)y= B(z^-1)u + sig*e(t)</SP>
 
45
      </DESCRIPTION_ITEM>
 
46
      <DESCRIPTION_ITEM label="armax1">
 
47
        <SP>: armax1 is used to identify the coefficients of a 1-dimensional  ARX process    A(z^-1)y= B(z^-1)u + D(z^-1)sig*e(t)</SP>
 
48
      </DESCRIPTION_ITEM>
 
49
      <DESCRIPTION_ITEM label="arsimul">
 
50
        <SP>: armax trajectory simulation.</SP>
 
51
      </DESCRIPTION_ITEM>
 
52
      <DESCRIPTION_ITEM label="arspec">
 
53
        <SP>: Spectral power estimation of armax processes.  Test of  mese and arsimul</SP>
 
54
      </DESCRIPTION_ITEM>
 
55
      <DESCRIPTION_ITEM label="exar1">
 
56
        <SP>: An  Example of ARMAX identification ( K.J. Astrom) The armax process is described by :     a=[1,-2.851,2.717,-0.865]     b=[0,1,1,1]     d=[1,0.7,0.2]</SP>
 
57
      </DESCRIPTION_ITEM>
 
58
      <DESCRIPTION_ITEM label="exar2">
 
59
        <SP>: ARMAX example ( K.J. Astrom). A simulation of a bi dimensional version of the example of exar1.</SP>
 
60
      </DESCRIPTION_ITEM>
 
61
      <DESCRIPTION_ITEM label="exar3">
 
62
        <SP>: Spectral power estimation of arma processes from Sawaragi et all where a value of m=18 is used. Test of  mese and arsimul</SP>
 
63
      </DESCRIPTION_ITEM>
 
64
      <DESCRIPTION_ITEM label="gbruit">
 
65
        <SP>: noise generation</SP>
 
66
      </DESCRIPTION_ITEM>
 
67
      <DESCRIPTION_ITEM label="narsimul">
 
68
        <SP>: armax simulation ( using rtitr)</SP>
 
69
      </DESCRIPTION_ITEM>
 
70
      <DESCRIPTION_ITEM label="odedi">
 
71
        <SP>: Simple tests of ode and arsimul. Tests the option 'discret' of ode</SP>
 
72
      </DESCRIPTION_ITEM>
 
73
      <DESCRIPTION_ITEM label="prbs_a">
 
74
        <SP>: pseudo random binary sequences generation</SP>
 
75
      </DESCRIPTION_ITEM>
 
76
      <DESCRIPTION_ITEM label="reglin">
 
77
        <SP>: Linear regression</SP>
 
78
      </DESCRIPTION_ITEM>
 
79
    </DESCRIPTION_INDENT>
 
80
  </DESCRIPTION>
 
81
  <AUTHOR>J.P.C ; ;   </AUTHOR>
 
82
</MAN>