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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Standardization and Metrology in Telecommunications

Lecture 1. Introduction to standardization and metrology. Basic concepts and definitions
Lecture 2. The International System of Units (SI). International standards and their role
Lecture 3. Standardization system and legal framework in Kazakhstan
Lecture 4. International standardization organizations: ISO, IEC, ITU, and their activities
Lecture 5. Fundamentals of metrology: measurement errors, accuracy, and reliability
Lecture 6. Measuring instruments: classification, verification, and calibration methods
Lecture 7. Metrology in telecommunications: measurement of signal quality and parameters
Lecture 8. Quality management in standardization. ISO 9000 series standards
Lecture 9. Electrical and radio measurements: methods of measuring voltage, current, power, and frequency
Lecture 10. International standards used in communication systems (GSM, LTE, 5G)
Lecture 11. Systems of certification and conformity assessment
Lecture 12. Accreditation and activities of testing laboratories
Lecture 13. Features of standardization of electrotechnical and telecommunication equipment