School of
Engineering & IT
Degree Program
Communication Engineering part time
DiplomingenieurIn (DI)
4 semesters (120 ECTS)
18 study places
part-time
tuition fee: € 363.36 per semester
location: Klagenfurt
Language of instruction: English
Details - Mobile Computing
| Course number: | CEITpt-3.09 |
| Course: | Mobile Computing |
| Type: | Vorlesung |
| Specialization area: | Mobile Networks |
| SPPW: | 1 |
| ECTS-Credits: | 2.50 |
| Instructor: | Professor Dipl.-Ing. Dr. Helmut Wöllik |
| Course ID: | MC |
| Semester: | WS 2011 |
| Semester of degree program | 3 |
| Number of groups | 1 |
| Language of instruction: | |
| Curriculum version: | 2008 |
Description:
Definitions of mobility (device, user, service)
Begriff Mobile Computing
Pervasive Computing
Ubiquitous Computing
Nomadic Computing
Personal Computing
Handheld Computing
Wearable-Computing
Mobile Computing principles
Context-Awareness
Location Based Systems
Requirements of the hardware in mobile systemes
Processors
Sensors (incl. GPS)
Energy storage (Battery, Energy-Harvesting)
Displays
GPS and general localization principles
Operating systems in current mobile systems (Smart Phones and PDA):
Blackberry/RIM
Symbian
Windows Mobile/Windows Phone
Android
iPhone OS
Current integrated development environments (IDEs)
Aims:
knowledge about design of hw/sw, requirements, programming of mobile systems, actually smart phone and PDAs, extended to Android and Apple iPhone.
Previous knowledge:
Informatics
Network Engineering
Programming in Java
IDE Eclipse
Method of instruction:
Lecture with demonstrations
practical tutorials in the laboratory
Assessment:
written exam
small project work, report of the tutorial
Literature:
Jörg Roth: Mobile Computing
Mischa Schwartz: Mobile Wireless Communications
Remarks:
back
Definitions of mobility (device, user, service)
Begriff Mobile Computing
Pervasive Computing
Ubiquitous Computing
Nomadic Computing
Personal Computing
Handheld Computing
Wearable-Computing
Mobile Computing principles
Context-Awareness
Location Based Systems
Requirements of the hardware in mobile systemes
Processors
Sensors (incl. GPS)
Energy storage (Battery, Energy-Harvesting)
Displays
GPS and general localization principles
Operating systems in current mobile systems (Smart Phones and PDA):
Blackberry/RIM
Symbian
Windows Mobile/Windows Phone
Android
iPhone OS
Current integrated development environments (IDEs)
Aims:
knowledge about design of hw/sw, requirements, programming of mobile systems, actually smart phone and PDAs, extended to Android and Apple iPhone.
Previous knowledge:
Informatics
Network Engineering
Programming in Java
IDE Eclipse
Method of instruction:
Lecture with demonstrations
practical tutorials in the laboratory
Assessment:
written exam
small project work, report of the tutorial
Literature:
Jörg Roth: Mobile Computing
Mischa Schwartz: Mobile Wireless Communications
Remarks:


