Courses
Communication systems
Digital Communications
Mobile & sattelite communications
Microwave communications
Optical communications and networks
Cloud computing
Communication systems
- Fundamentals of signal processing
- Fundamentals of statistics and probabilities
- Noise in communication systems
- Analog transceivers structure
- Analog modulation/demodulation
Digital Communications
- Analog-to-digital conversion and digital-to-analog conversion
- Signal geometry
- Digital communication structure
- Digital modulations and demodulation
- Intersymbol interference
Mobile & sattelite communications
- Characteristics and modeling of wireless and satellite channels
- Orthogonal frequency division modulation
- Multiple-input and multiple-output
- Design and development of physical layer approaches
- Cellular and cell-free systems
Microwave communications
- Fundamentals of electromagnetic theory
- Transmission lines
- Waveguides
- Transmission lines matching
- Matrix-based microwave circuits analysis
Optical communications and networks
- Nature of light
- Optical transmitters
- Optical receivers
- Optical amplifiers
- Optical communication systems
- Optical networks
Cloud computing
- Infrastructure-as-a-service
- Platform-as-a-service
- Software-as-a-service
- X-as-a-service
- Cloud architecture design
- Cloud resource and performance monitoring
- Service orchestration and resource management
- Cloud-tailored service development
- Cloud modeling