Human-Computer Interaction (MCI)
Table of contents
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SWS |
2 / 2 / 0 (Lectures / Exercises / Practical Part) |
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Availability |
Winter Term |
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Programme |
Media Computer Science / Computer Science / Information System Technology |
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Subject |
System-Oriented Computer Science / Software Technology / Development Methods and Tools |
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Modules |
Bachelor Computer Science: |
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Lecturer |
Prof. Dr. rer. nat. habil. Gerhard Weber |
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Contact Person |
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| Enrollment | OPAL (required) from 01.10.2021 |
Contents
This course comprises the introduction to User-Centered Design of interactive systems as well as the presentation of different concepts, such as task analysis, prototype construction and evaluation methodologies. Based on Fitts’ Law, that shows the relation of human hand-eye coordination, the development of new interaction techniques like computer mice is shown. Multiple software architectures, paradigms and tools for interactive systems will be compared. The Model-View-Controller Pattern is exemplarily presented with XForms. Different formal description approaches for interactive systems are shown. To illustrate the subject of Human-Computer Interaction, use cases such as pedestrian navigation by means of localization techniques or adaptive dialogue systems.
Place and Time
This course is only available during winter term.
WT 2021/2022
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Information on the Winter Term 2021/2022. This winter term 2021/2022, this lecture will be available in hybrid mode such that remote-only participation will likely be possible. To keep yourself up to date, please enrol to the OPAL course as soon as it is available. Further information according to the lecture schedule will be sent to you via e-mail using the announcements feature of the course. Lectures. Our plan is to run lectures in hybrid mode as a combination of on-site lectures and live stream. Furthermore, we will provide recordings of the WT 2020/2021 lectures for on-demand access. Exercises. The first two exercise appointments will take place online only. Afterwards, we plan to switch to regular on-site excercises. The materials will be provided containing detailed instructions to work on the tasks remotely. Additionally, we will setup a community chat to enable and motivate vital discussion. |
- Lecture: Tue. 3rd DS 11:10-12:40 (Room for on-site lectures: APB/E006)
- Exercise: Thu. 4rd DS 13:00-14:30 (Room for on-site exercises: APB/E009)
WT 2020/2021
Information on the Winter Term 2020/2021. Caused by the Covid-19-based regulations, this lecture will be held online-only as long as nothing else is announced. To keep yourself up to date, please enrol to the OPAL course as soon as it is available. Further information according to the lecture schedule will be sent to you via e-mail using the announcements feature of the course.
- Lecture: Online, Tue. 3rd DS 11:10-12:40 (First Lecture: 27.10.2020)
- Exercise: Online, Thu. 3rd DS 11:10-12:40 (First Exercise: approx. 05.11.2020; Keep yourself up to date via OPAL course notifications.)
WT 2019/2020
- Lecture: APB/E006, Tue. 3rd DS 11:10-12:40 (First Lecture: 15.10.2019)
- Exercise: APB/E069, Thu. 2nd DS 09:20-10:50 (First Exercise: 24.10.2019)
Enrolment
No jExam enrolment required. Information on how to access the eLearning course on OPAL will be given during first lecture.
- MCI Course (OPAL) WT 2021/2022 (Enrolment available from 01.10.2021)
- MCI Course (OPAL) WT 2020/2021
- MCI Course (OPAL) WT 2019/2020
- MCI Course (OPAL) WT 2018/2019
- MCI Course (OPAL) WT 2017/2018
Exam Registration
Please mind the regulations given by your examination office. Regarding the Computer Science Examination Office please use the online assistant for submitting your exam registration.
Online Assistant for Exam Registration
Exam
The exam will take place digitally in Big Blue Button.
Literature
Dix, A.; Finlay, J.; Abowd, G.; Beale, R.: Human Computer Interaction, Prentice Hall.