Who Is It For?
Whether you are a student, an educator, an engineer, a system
analyst, a researcher, or a practitioner, SchematicSolver
offers you an easy, convenient, and comprehensive environment in which
to draw, solve, and implement systems in Mathematica.
SchematicSolver is targeted at:
- Educators and students who want more efficient practical teaching
and learning
- Practitioners who are short of time to master the theoretical
background of the design procedures, implementation details,
processing algorithms, and Mathematica
- Industry designers responsible for products with short
time-to-market
- Beginners who learn and experiment with system analysis,
implementation, and design
- Advanced users who explore and prototype new design algorithms and
solutions
You don't have to be a skillful user of Mathematica, or an
expert in signal processing, to fully
exploit SchematicSolver. With just a minimum of basic system
theory, you can successfully use SchematicSolver to draw,
solve, implement, and simulate various systems, such as
continuous-time (analog) systems, dynamic feedback and control
systems, or discrete-time (digital) multirate
systems. SchematicSolver has intuitive interface and
comprehensive online documentation that leads you step by step through
the process of creating and analyzing the schematic of your system
model.
If you are a signal-processing expert, SchematicSolver is a
quick solution for your frequently used systems. Moreover, you can use
the full power of Mathematica for additional processing of the
symbolic results SchematicSolver returns, such as mixed
symbolic-numeric optimization not available with other software.
The interactive online documentation contains a number of detailed
real-life examples that demonstrate the different schematics--system
models--that make SchematicSolver an excellent teaching tool
either for independent study or for use in courses on signal
processing, control systems, filter design, or signals and
systems.
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