It is expected that upon successful completion of the course, students will:
- understand the basic theories, principles, and method of analysis of communications systems.
- know the different types of operation methods and their relative advantages and disadvantages.
- be able to carry out basic design and analysis calculations for some simple communication systems
Content is:
- communication networks theory
- signals theory
- different modulation theories (e.g. PCM)
- transmission systems (e.g. wireless, wired, optical)
- Baseband transmission
- Fourier Transformation
- Definition of Bandwidth
- In-house networks
- Permanent Link and Channel
- Link Classes
- Losses and cross talk in cables
- Bit Error Rate
- Synchronisation
- Multiplexing
- LAN & WAN
- OSI
- TCP/UPD
- Routing
- Multimedia
- Security
- Quality of Service
- Teacher: Thomas Grunenberg
- Teacher: Andy Stamm
It is expected that upon successful completion of the course, students will:
- understand the basic theories, principles, and method of analysis of communications systems.
- know the different types of operation methods and their relative advantages and disadvantages.
- be able to carry out basic design and analysis calculations for some simple communication systems
Content is:
- communication networks theory
- signals theory
- different modulation theories (e.g. PCM)
- transmission systems (e.g. wireless, wired, optical)
- Baseband transmission
- Fourier Transformation
- Definition of Bandwidth
- In-house networks
- Permanent Link and Channel
- Link Classes
- Losses and cross talk in cables
- Bit Error Rate
- Synchronisation
- Multiplexing
- LAN & WAN
- OSI
- TCP/UPD
- Routing
- Multimedia
- Security
- Quality of Service
- Teacher: Andy Stamm
It is expected that upon successful completion of the course, students will:
- understand the basic theories, principles, and method of analysis of communications systems.
- know the different types of operation methods and their relative advantages and disadvantages.
- be able to carry out basic design and analysis calculations for some simple communication systems
Content is:
- communication networks theory
- signals theory
- different modulation theories (e.g. PCM)
- transmission systems (e.g. wireless, wired, optical)
- Baseband transmission
- Fourier Transformation
- Definition of Bandwidth
- In-house networks
- Permanent Link and Channel
- Link Classes
- Losses and cross talk in cables
- Bit Error Rate
- Synchronisation
- Multiplexing
- LAN & WAN
- OSI
- TCP/UPD
- Routing
- Multimedia
- Security
- Quality of Service
- Teacher: Andy Stamm
It is expected that upon successful completion of the course, students will:
- understand the basic theories, principles, and method of analysis of communications systems.
- know the different types of operation methods and their relative advantages and disadvantages.
- be able to carry out basic design and analysis calculations for some simple communication systems
Content is:
- communication networks theory
- signals theory
- different modulation theories (e.g. PCM)
- transmission systems (e.g. wireless, wired, optical)
- Baseband transmission
- Fourier Transformation
- Definition of Bandwidth
- In-house networks
- Permanent Link and Channel
- Link Classes
- Losses and cross talk in cables
- Bit Error Rate
- Synchronisation
- Multiplexing
- LAN & WAN
- OSI
- TCP/UPD
- Routing
- Multimedia
- Security
- Quality of Service
- Teacher: Andy Stamm
It is expected that upon successful completion of the course, students will:
- understand the basic theories, principles, and method of analysis of communications systems.
- know the different types of operation methods and their relative advantages and disadvantages.
- be able to carry out basic design and analysis calculations for some simple communication systems
Content is:
- communication networks theory
- signals theory
- different modulation theories (e.g. PCM)
- transmission systems (e.g. wireless, wired, optical)
- Baseband transmission
- Fourier Transformation
- Definition of Bandwidth
- In-house networks
- Permanent Link and Channel
- Link Classes
- Losses and cross talk in cables
- Bit Error Rate
- Synchronisation
- Multiplexing
- LAN & WAN
- OSI
- TCP/UPD
- Routing
- Multimedia
- Security
- Quality of Service
- Teacher: Andy Stamm