A great number of discrete mathematical models describing processes used in modern technologies is described by linear difference equations. This is especially true for signal theory, theory of optimal regulation and control theory. The Linear discrete systems solver helps to solve problems in these areas by a step-by-step application of Z-transformation using which one can obtain particular solutions of initial problems of linear discrete difference equations. Moreover, some parts of the solution are visualized.

The software will launch in a separate window. Java (free) must be installed on a client computer. When launching the software the browser might display a security warning and ask whether to block a potentially dangerous content. Click No (i.e. don't block).

When closing the software we recommend to close the browser tab that opened it. When closing the application itself (not the browser tab), the browser might attempt to recover the tab which might result in the browser crash. You can prevent this by disabling the automatic crash recovery feature of your browser.

You may use the software for research and scientific activities free of charge. In all other cases contact RNDr. M. Novák, Ph.D., Vysoké učení technické v Brně, UMAT FEKT, Technická 8, 616 00 Brno, email: novakm@feec.vutbr.cz, phone: 541143135.

M. Novák, Š. Křehlík, G. Piddubna supported by FEKT-S-11-2/921 "Vlastnosti řešení funkcionálních diferenciálních a diferenčních rovnic"