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Potential IHA thesis projects (Technical IT Distributed Real-Time Systems, Software Engineering)

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Explore exciting thesis opportunities at the Engineering College of Aarhus (IHA) with a focus on real-time distributed systems and software engineering. Funded by the Danish Ministry of Education, a groundbreaking 3-year research project is ongoing under the SIH initiative, aiming to improve personal healthcare at home. Key projects involve ECG/HRV sensors, automatic medicine dispensers, and epilepsy detection systems. Engage in security modeling, usability studies, and infrastructure frameworks. Collaborate with leading faculty for impactful research.

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Potential IHA thesis projects (Technical IT Distributed Real-Time Systems, Software Engineering)

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  1. Potential IHA thesis projects(Technical ITDistributed Real-Time Systems, Software Engineering) Finn Overgaard Hansen (foh@iha.dk) Professor (ingeniørdocent) at Engineering College of Aarhus

  2. SIH Project Possibilities • SIH (Sundhed I Hjemmet) – Personal/Private Healtcare project • A 3 years Research Project at IHA started mid 2006 • Funded by www.uvm.dk (Danish Ministry of Education) • Funding 5 mill kr. – total project budget 11 mill kr. • Systematics EPJ system is available for the project • Ongoing projects: • Development of ECG/HRV (heart rate variability sensor/communication) • Automatic medicine dispenser (RFID/communication) • Detection of liquid balance (sensor/communication) • Detection of epilepsy (censor/communication)

  3. Internet Automatic Medicine Dispenser Hand- held device Patient System EPJ System Super- visor Server System overview SIH HOME Wireless LAN SIHHome Server

  4. Wireless LAN {alternatives} Patient Node Patient Sensor XX Patient Sensor YY GSM/ GPRS Automatic handover project Patient System Overview Wireless PAN

  5. Thesis proposals • Security model and public Key-based infrastructure for SIH • Infrastructure/framework project(s) • plug and play (automatic configuration and update) • Usability / Feasibility studies • Automatic hand over project • Wireless connectivity projects (WAN/LAN/PAN) • Test of distributed SIH systems • Data capturing of real time patient data and integration with commercial EPJ system

  6. Possible Infrastructure / Framework

  7. Contact persons & possible supervisor candidates at IHA • Stefan Wagner (sw@iha.dk) • Steen Krøyer (skr@iha.dk) • Torben Gregersen (tg@iha.dk) • Peter Gorm Larsen (pgl@iha.dk) • Finn Overgaard Hansen (foh@iha.dk) For other thesis possibilities please contact foh@iha.dk or one of the other contact persons or see a project list (in danish) from spring 2007 at http://kurser.iha.dk/eit/tifspc-e/ (additional topics)

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