SchematicSolver offers you an easy-to-use and powerful environment for drawing, solving, and implementing systems in Mathematica, whether you are

	industrial specialist short of time to master theoretical background of the design procedures, implementation details, processing algorithms, and Mathematica
	educator who wants to practice effective, up-to-date teaching methods
	student eager for more efficient practical learning
	project manager or designer responsible for products with short time-to-market
	beginner who learns and experiments with system analysis, implementation, and design
	advanced, expert user who wants to explore and prototype new design algorithms and solutions.

You don't have to be a skillful user of Mathematica, nor 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 to your frequently used systems.

Moreover, you can use the power of Mathematica to full extent for additional processing of symbolic results returned by SchematicSolver, 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 use of different schematics – system models.

• Diving submarine system
• Unstable plant system
• Supply and demand system
• Unity feedback system
• Satellite elevation tracking system
• CD-media controller
• Shuttle pitch controller
• Velocity servo system
• Direct form 2 transposed IIR filter

This makes SchematicSolver an excellent teaching tool either for independent study or for use in Signal Processing, Control Systems, Filter Design, or Signals and Systems courses.

Though intricate enough for engineers and other professionals, SchematicSolver 2, with its speed and Mathematica-based interactivity, is also a user-friendly tool for learning systems analysis, implementation, and design. The extensive online documentation contains detailed examples suitable for use in engineering courses or independent study.

Wolfram Research Online News, March 2004

For any question or assistance that you may need, you are getting full consulting support from SchematicSolver Task Force, consisting of 2 PhD's and 6 specialists. Decades of our industrial, R&D, and teaching experience are completely in your service!

Focus on customer needs, high quality of SchematicSolver Task Force development process and customer services are multiply certified by German certification body TÜV CERT…

… as well as by leading UK quality association UKAS.