Digital Signal Processing
1. Be able to develop stable computer interface with mechatronic
systems via different ports.
2. Be able to select the most suitable interfacing computer port to a
mechatronics system.
3. Be able to maximize data acquisition rate using specified computer
interfacing ports.
4. Be able to capitalize on the knowledge and understanding of the
internal computer structure to perform input/output data
communication with a mechatronics system.
5. Be able to apply software techniques to program efficient
input/output interfacing process.
1. Discrete sequences and systems
2. Periodic sampling
3. Aliasing
4. Sampling low- and band-pass signals
5. Discrete and Fast Fourier Transform
6. Finite Impulse response filters
7. Infinite impulse response filters
8. Quadrature signals
9. Discrete Hilbert transform
10. Sample rate conversion
11. Signal averaging
12. Digital data formats and their effects