Modulets indhold, forløb og pædagogik
Purpose:
Electronic systems communicate more and more with their
surroundings as well as with other electronic systems, and it is
thus imperative that students obtain understanding of how such
communication takes place, and how different technologies and
protocols influence how such communication is carried out. The
purpose of this course is to provide the students with a basic, but
operational knowledge of communicating systems, including hardware,
models and protocols, thereby enabling the students to analyze
problems related to communicating systems and make relevant design
choices. Having completed the course, the students shall be able to
develop and implement simple applications that communicate via
networks.
Læringsmål
Viden
- Must have insight into basic serial communication standards and
technologies, such as e.g. UART, ISP, I2C, RS232, RS485, Ethernet
etc.
- Must have insight into relevant wireless communication
technologies, such as e.g. Bluetooth, IEEE 802.11 etc.
- Must be able to understand general network models and
architectures
- Must have insight into network security
- Must have knowledge of field buses and how to employ them
- Must have knowledge of real-time protocols and how to apply
them
- Must be able to utilize relevant tools for simulation and
modeling of key aspects of communication networks.
- Must have an understanding of the TCP/IP protocol stack and be
able to evaluate functions in the network, transport and
application layers
- Must have an understanding of the OSI network model and be able
to assign functions to the relevant layers in the model
Færdigheder
- Must have understanding of the four bottom layers of the OSI
model, i.e., the physical, data link, MAC, and network layers,
including how data is communicated horizontally within and
vertically between layers.
- Must have understanding of fundamental Medium Access Control
principles, such as e.g. TDMA, token bus, round-robin, carrier
sense multiple access (with collision detection/collision
avoidance) etc.
- Must have understanding of basic aspects of wireless
communication, including basic antenna physics
- Must have understanding of various modulation/demodulation
principles in wireless communication, such as e.g. AM/FM and
various shift keying approaches
- Must be able to utilize socket programming to implement simple
network-based applications.
- Must be able to utilize relevant tools for modeling and
simulating high-level protocols (corresponding to the session,
presentation and application layers in the OSI model)
Kompetencer
- Must be able to analyze the communication aspects of a
distributed system and specify and/or design a communication
network to support communication in such a system
Undervisningsform
Forelæsninger, studiekredse, workshops, selvstudie
Eksamen
Prøver
Prøvens navn | Kommunikation i elektroniske systemer |
Prøveform | Skriftlig eller mundtlig |
ECTS | 5 |
Bedømmelsesform | Bestået/ikke bestået |
Censur | Intern prøve |
Vurderingskriterier | Vurderingskriterierne er angivet i Universitetets
eksamensordning |