Control Systems Design and Analysis
System modeling, stability analysis, compensator design and many
other important control analysis tasks are made easy with Maplesoft products.
The integrated symbolic and numeric environment can accelerate the turnaround
time for your product development cycle whether you're deriving a system
transfer function, state space, or differential equation model or designing
control algorithms and compensators, using techniques such as pole placement,
Root Locus, LQR, and H2/H∞ optimal control. Theoretical analysis
and numerical simulations combine to give you better understanding and
insight into the system behavior. Together with advanced features such
as interactive 2-D and 3-D plotting and animation, automatic code generation,
and a rich e-document environment, Maplesoft products are the perfect
tools for control applications
How Maple Technology Benefits Your Work
Integrated symbolic and numeric environment: extensive mathematical capability
in both symbolic and numeric computations. Seamlessly switching between
symbolic design and analysis of control systems and numeric simulations and
testing, all within one integrated, easy-to-use environment. No more switching
between manual derivations on paper and simulation programming on a computer!
Powerful graphical tools: advanced interactive 2-D and 3-D plots and animations.
Coupled with symbolic and numeric capability, these visualization tools give
you powerful design and analytic tools. Theoretical analysis through the use
of symbolic analytical model can provide invaluable intuitions and understanding
of the observed system behavior, resulting in an accelerated product development
cycle. This means major savings in R&D!
Automatic code generation: automatic generation of Fortran, C, or MATLAB® code
from Maple procedures or algorithms. Theoretical models or simulation-verified
algorithms and procedures can be exported automatically into C, MATLAB®,
or Fortran codes. This ensures instant error-free implementation!
Knowledge capture and deployment: system models and control algorithms can
be developed, run, and optimized in a rich e-document that also becomes an
efficient way to capture the technique, steps, and your intellectual property.
Your derivations, analysis, simulation results, and project report are all
integrated in the same accessible, sharable e-document. The live documents
can also be deployed across the enterprise via powerful MapleNet technology.
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