National Instruments 370757C-01 用户手册

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Chapter 1
Introduction
1-2
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techniques. The general problem setup is explained together with 
known limitations; the rest is left to the references.
Bibliographic References
Throughout this document, bibliographic references are cited with 
bracketed entries. For example, a reference to [DoS81] corresponds 
to a document published by Doyle and Stein in 1981. For a table of 
bibliographic references, refer to Appendix A, 
.
Commonly-Used Nomenclature
This manual uses the following general nomenclature:
Matrix variables are generally denoted with capital letters; vectors are 
represented in lowercase.
G(s) is used to denote a transfer function of a system where s is the 
Laplace variable. G(q) is used when both continuous and discrete 
systems are allowed.
H(s) is used to denote the frequency response, over some range of 
frequencies of a system where s is the Laplace variable. H(q) is used to 
indicate that the system can be continuous or discrete.
A single apostrophe following a matrix variable, for example, x
'
denotes the transpose of that variable. An asterisk following a matrix 
variable (for example, A*) indicates the complex conjugate, or 
Hermitian, transpose of that variable. 
Related Publications
For a complete list of MATRIXx publications, refer to Chapter 2, 
MATRIXx Publications, Help, and Online Support, of the MATRIXx 
Getting Started Guide
. The following documents are particularly useful 
for topics covered in this manual:
MATRIXx Getting Started Guide
Xmath User Guide
Xmath Control Design Module
Xmath Interactive Control Design Module
Xmath Interactive System Identification Module, Part 1
Xmath Interactive System Identification Module, Part 2
Xmath Model Reduction Module