Presentation Chair Information Systems 2

Transcription

1 Presentation Chair Information Systems 2

2 Team Prof. Dr. Christian Becker Markus Latz Kerstin Goldner Dr. Patricia Arias-Cabarcos M.Sc. Janick Edinger M.Sc. Benedikt Kirpes Dipl. rer. pol. Sonja Klingert M.Sc. Christian Krupitzer M.Sc. Jens Naber M.Sc. Martin Pfannemüller M.Sc. Max Roth M.Sc. Dominik Schäfer M.Sc. Anton Wachner Team Assistant System Administrator 2

3 Teaching Spring Term MMM/Master Business Informatics IS 625 Pervasive Computing (lecture + exercise; 6 ECTS) IS 555 Computational Thinking II (lecture, 4 ETCS) [MMM only] IS 722 Seminar: Trends in Distributed Systems + 2 team projects in FSS 2018 (more information tomorrow) 3

4 IS 625 Pervasive Computing 4

5 Teaching Fall Term MMM/Master Business Informatics IS 553 System Software (lecture + exercise; 6 ECTS) IS 554 Computational Thinking (lectures + exercise, 8 ETCS) [MMM only] IS 627 Self-Organizing Systems (lecture + exercise; 6 ECTS) IS 722 Seminar: Trends in Distributed Systems 5

6 IS 553 System Software 6

7 IS 627 Self-Organizing Systems 7

8 IS 722 Seminar Seminar in a scientific conference style: 1. First paper deadline 2. Reviews from students 3. Final camera ready paper deadline 4. Conference presentation Application before the start of lecture! For FSS: Topics available at the end of December For HWS: Topics available from July on 8

9 Research Focus Adaptive Ubiquitous Systems Characteristics: mobile context-aware heterogeneous (often) user-oriented 9

10 Framework for Engineering Self-adaptive Systems Contact: Christian Krupitzer FESAS Framework FESAS IDE More information on: 10

11 icod Infrastructure-aided Cooperative Driving Platooning Strategies Traffic Forecaster Platooning Strategies Traffic Forecaster Communication Module Traffic Observer Platooning Coordinator Communication Module Traffic Observer P Co Effector Sensor Effector Sensor Non-controllable vehicle Controllable vehicle Contact: Christian Krupitzer More information on: 11

12 CRC MAKI and Subproject A4 Collaborative Research Center (CRC) 1053 MAKI: Multi-Mechanism-Adaptation for the Future Internet Overall goal: Runtime transitions on all network layers according to changes in the execution context Goal of Subproject A4 (Contact: Martin Pfannemüller): proactive reference architecture and model-based runtime environment for building self-adaptive communication systems 12

13 TASKLETS: Lightweight distributed computing Task Migration: To overcome fluctuation of mobile devices Overcoming Heterogeneity: Combine different hardware, operating systems, Smart Scheduling: Integrating context information for resource selection Social Distributed Computing: Integrate social interactions for scheduling Contact: Janick Edinger & Dominik Schäfer 13

14 Physical World Virtual World Pervasive Learning and Classrooms User Domain User Domain Presentation Collaborative Whiteboard Smartphone AR Glasses Presentation Collaborative Whiteboard Pervasive Middleware Proxy Projector Smart Board Physical Environment E-Book Server Lecture Schedule Display Virtual Environment AR Glasses Physical Applications Physical Services Virtual Applications Virtual Services Connecting physical and virtual classrooms to allow cooperation between students, lecturers and infrastructure devices Independent of time and place Contact: Jens Naber 14

15 XWARE - Interoperability for Pervasive Middlewares DFG/ANR project in cooperation with the University of Grenoble (Prof. Philippe Lalanda). Contact: Felix M. Roth Goal: Development of an interoperability approach for pervasive middleware platforms in order to enable communication between different middleware platforms increase service availability 15

16 ELECTRIFIC: E-Mobility integration ELECTRIFIC software solution for EV-drivers, EV fleet managers and charging stations Battery- Friendly Charge&Drive Maximize Renewable Energy Gridfriendliness Fleet Coordination Smart Routing & Charging Contact: Benedikt Kirpes 16

17 Energy Aware Data Management Managing data with respect to power grid requirements in order Contact: Sonja Klingert 17

18 EyeT Lab: Gaze-based control of mobile devices Mobile devices typically require manual input. But what about the following situations? Goal: Make input independent from hands by using eyes to control mobile devices recognizing eye movement patterns... learning patterns to increase usability providing eye control in many applications Contact: Anton Wachner 18

19 Sports Data Mining and VR Different Perspectives 5m 5m Augmented with Data Automated Analysis 7m VR-supported Game Analysis Historical Comparison In-game Situations Intelligent Footbonaut Additional Apps Player Dashboard for Scouting & Training Contact: Christian Krupitzer Easy configuration Helix 2.0 (team project) Easy Evaluation 19

20 A world without passwords Adaptive Authentication 1 Arias-Cabarcos, P., and Krupitzer, C. "On the design of distributed Adaptive Authentication Systems." WAY Workshop@SOUPS 17. Contact: Patricia Arias-Cabarcos 20

21 Research Student opportunities: Team project Seminar work Thesis Student assistant (Hiwis) Lots of cool topics in our research projects available! See: Introduction Session HWS 15 21

22 QUESTIONS? 22