| Modul 10520 | |
| Prüfungsnummern | |
| Wireless connected low cost sensor systems | |
Studiengang |
Master Automatisierungstechnik (M.Sc.) Wahlpflichtmodul |
| Modulbezeichnung | Wireless connected low cost sensor systems |
| Englische Modulbezeichnung | |
| Kurztitel | |
| Semesterinfo | Master AT, Wahlpflichtmodul, PO 2020
Verwendbarkeit: Master Automatisierungstechnik (mögliches Wahlmodul) Master Mikroelektronische Systeme (mögliches Wahlmodul) Master Wirtschaftsingenieurwesen - Digitale Wirtschaft (mögliches Wahlmodul)
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| Modulverantwortlicher | Prof. Dr.-Ing. Marion Hermersdorf |
| Dozent |
Prof. Dr.-Ing. Marion Hermersdorf |
| Sprache | Englisch |
| Lehrform | |
| SWS | 4 |
| Arbeitsaufwand | 150 |
| Präsenzstudium | 60 |
| Eigenstudium | 90 |
| Kreditpunkte | 5 |
| Empfohlene Vorkenntnisse | |
| Voraussetzungen | Voraussetzungen sind Empfehlungen: Fundamentals of Digital and Microprocessor Technology, Measurement Technology and Statistics, Bus Systems, Communication Networks |
| Lernziele / Kompetenzen | Knowledge Students can explain the essential requirements and unique challenges of wireless ad-hoc networking. They know the specific application requirements for sensors in the Industrial Internet of Things (IIoT). They know different power supplies such as energy harvesting and battery livetime battery and different energy saving strategies. They understand the specific application requirements for consumer sensors and know the structure of different MEMS Sensors. They understand the concept of sensor fusion. Skills Students are able to design, construct and evaluate simple wireless sensor networks based on available components. They know how to development a power management system for the sensor and select existing data and routing strategies for a specific scenario. They can select and adapt sensor systems for special IIoT application. Personal competence The students learn how to work with scientific papers and become knowledgeable in the selection and adaptation of sensor systems for IIoT application. |
| Inhalt | Lecture
Intership
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| Studienleistung | |
| Prüfungsleistung |
Projektarbeit |
| Medienformen | Tafel, Vorlesungsfolien und weitere digitale Unterlagen über Beamer und Moodle, Videos, digitale online Tools |
| Literatur | Habib M. Ammari, The Art of Wireless Sensor Networks Volume 1: Fundamentals, Springer, 2016 Yasuura, Hiroto; Kyung, Chong-Min; Liu, Yongpan; Lin, Youn-Long, Smart Sensors at the IoT Frontier, Springer, 2018 Various scientific papers |