Intelligent Human-Computer Interaction
| Course name | Intelligent Human-Computer Interaction | Code | ML2205O2 |
| Class | Master of Computational Linguistics, 2009 - 2011 | Package | 1 | ||||
| Level | Master | Year | 1 | Semester | 2 | Status | Optional |
| Hours per week | Total hours per semester | Total hours of individual work | Credits | Evaluation type | Teaching language | |||
| C | S | L | Pr | |||||
| 2 | 0 | 2 | 8 | E | ro | |||
| Taught by | Academic and scientific title, name |
|
Associate Professor, PhD,
Sabin Corneliu Buraga
|
| Required courses |
| Objectives | To provide a comprehensible vision of the user interface design aspects and the user-computer interaction types. The students will be able to design ergonomic and attractive interfaces for specific types of users, applications, platforms, and devices, including Web and mobile ones. |
| General thematics | Definitions and terminology. Aspects regarding the human-computer interaction. User interface design: principles, models, and types. Design methodologies. Case studies: game development. Human factor. Usability. Program presentation ? at the desktop level. User interaction. Input devices. Graphical controls. Output devices. Components. Affectivity, errors and risks. User education and guidance. Interface identity and evaluation. User testing. Methodologies. High-level specification of interfaces. Web interaction. Web interface design. Methodologies. Case studies. Non-conventional interactions. From mobile interaction to ubiquitous computing. Augmented and virtual reality. |
| Seminary / Laboratory thematics | Human-computer interaction patterns. Issues on interaction and user-interface design. Specific user-interface prototyping. Techniques of user interface evaluation. User testing. |
| Teaching methods | Interactive presentations. Direct interaction. Online access to additional resources via the Website course. |
| Bibliography |
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| Evaluation | conditions | project (P), 1 test during semester (T) |
| criterias | project P>5, test T>5 | |
| modes | project (P), 1 test during semester (T) | |
| formula | 0.5 P + 0.4 T + 1 |
A. I. Cuza University of Iaşi