Unlike "procesor" applications such as personal computers and workstations, the computing or controlling elements of embedded control applications are buried inside the applications(software).
Typically, most embedded control systems are designed around a MCU which integrates on-chip program memory, data memory(RAM) and varius peripheral functions, such a timers and serial comunications....
-SO: Wy we try to use some soft like Mathematica or MatLab when we are modeling in control engineering?
-It has several points of view. One it's economic factor, the soft dosn't cost like a real situation.
The software does not cost much compared to a real simulation, both time and money. So is the preferred application in the research environment and industrial development as well as in the academic field of engineering careers.
It´s, however most vital for designers of embedded control to select the most suitable controllers .
Typically, most embedded control systems are designed around a MCU which integrates on-chip program memory, data memory(RAM) and varius peripheral functions, such a timers and serial comunications....
-SO: Wy we try to use some soft like Mathematica or MatLab when we are modeling in control engineering?
-It has several points of view. One it's economic factor, the soft dosn't cost like a real situation.
The software does not cost much compared to a real simulation, both time and money. So is the preferred application in the research environment and industrial development as well as in the academic field of engineering careers.
It´s, however most vital for designers of embedded control to select the most suitable controllers .
