Discipline: Theory of Electrical Communication

Lecture 1. General information about electrical communication systems
Lecture 2. Mathematical models of messages, signals, and noise
Lecture 3. Theory of signals
Lecture 4. Fourier series and properties of integrals
Lecture 5. Signal transformations
Lecture 6. Signal discretization
Lecture 7. Analytical signal and random processes
Lecture 8. Theoretical foundations of modulation and detection
Lecture 9. Amplitude modulation
Lecture 10. Angular (frequency and phase) modulation

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Discipline: Visual programming systems

Lecture 1. Visual programming system
Lecture 2. Block diagram and variable types
Lecture 3. LabVIEW: creating arrays and clusters
Lecture 4. For and while loops in LabVIEW
Lecture 5. Case and Sequence structures in LabVIEW
Lecture 6. Creating and configuring SubVIs in LabVIEW
Lecture 7. LabVIEW equivalents of If, If-Else, and Switch statements
Lecture 8. Working with arrays and clusters
Lecture 9. Graphs and data visualization (Charts, Graphs, Visualization)
Lecture 10. File I/O: working with files