Winter term

• Machine-oriented Progrogramming (V2Ü2)
• Guerilla Sensing OL and Beyond (project group)
• Advanced Seminar System Software and Distributed Systems (SE2)
• Research seminar System Software and Distributed Systems (SE2)
• Advanced seminar SCARE@Research (SE2)
• Seminar SCARE@Assistance (SE2)

Summer term

• Operating Systems 1
• Guerilla Sensing OL and Beyond (project group)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Winter term

• Machine-oriented progamming (V2Ü2)
• I measure something you can't see: Building mobile measuring devices with Raspberry Pi & Co. (SE2)
• Advanced seminar on system software and distributed systems (SE2)
• Research seminar System software and distributed systems (SE2)
• Advanced seminar SCARE@Research (SE2)
• Seminar SCARE@Assistance (SE2)

Summer term

• Operating Systems 1
• RIO - Routing in Oldenburg (project group)
• Seminar Turning old into new: Upcycling with Raspberry Pi and Co. (Pro-/Seminar) /f/2/dept/informatik/ag/svs/download/reader/reader-seminar-ws2016.pdf?v=1507897977Seminar papers
• Advanced seminar on system software and distributed systems (seminar)
• Research seminar System software and distributed systems (seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Winter term

• RIO - Routing in Oldenburg (project group)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• Fault tolerance in distributed systems
• LIO - Lawn in Order (project group)
• Seminar Design and Construction of Fault Tolerant Systems (Pro-/Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Winter term

• Machine programming
• Practical course in operating systems
• LIO - Lawn in Order (project group)
• Seminar Efficient Programming with C++ (Seminar)
• Advanced seminar on system software and distributed systems (seminar)
• Research seminar System software and distributed systems (seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• Distributed Operating Systems
• A Case for Computing Science - Puzzles and Short Stories with a Computing Science Background (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• Seminar SCARE@Assistance (Seminar)

Winter term

• Operating Systems 2
• Machine-oriented programming
• Rich Internet Applications w/ HTML and Javascript (Seminar) Seminar papers
• MIA - Microreaction-technical internet-controlled system (project group) MiA
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• MIA - Microreaction-technological internet-controlled system (project group) MiA
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Seminar System Software and Distributed Systems (Seminar)
• Advanced seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Winter term

• Fault tolerance in distributed systems
• Machine-oriented programming
• Practical course on operating systems (practical course)
• Concepts, design and construction of fault-tolerant systems (seminar) Seminar papers
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• Computing Science transferred - short stories with Computing Science (Seminar)
• Efficient Programming in C++ (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Winter term

• Machine-oriented programming
• Measure, control, distribute: Monitoring and manipulating with the Raspberry Pi (seminar)
  Seminar papers
• Operating system practical course (practical course)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Winter term

• Machine-oriented programming
• Distributed operating systems
• Raspberry Pi inspected (seminar) Seminar papers
• Operating system practical course (practical course)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• Fault tolerance in distributed systems
• Concepts and Methods of Fault Tolerance (Seminar) Seminar papers
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Winter term

• Operating Systems 2
• Machine-oriented programming
• Mobile phone operating systems (seminar) Seminar papers
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Advanced Seminar SCARE@Research (Seminar)
• SCARE@Assistance (Seminar)

Summer term

• Operating Systems 1
• Fault-tolerant systems (seminar) Seminar papers
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Distributed Operating Systems
• Machine-oriented programming
• Practical course in operating systems (practical course)
• Concepts and Applications of Self-Stabilisation (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Fault Tolerance in Distributed Systems
• Concepts and Methods in Distributed Systems (Seminar) Seminar papers
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Training Group Trustworthy Software Systems "Trustsoft'' (Seminar)

Winter term

• Operating Systems 2
• Machine-oriented programming
• Practical course in operating systems (practical course)
• Concepts and Applications of Sensor Networks (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Training Group Trustworthy Software Systems "Trustsoft'' (Seminar)

Summer term

• Operating Systems 1
• Distributed Operating Systems
• Time in Distributed Systems (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)
• Research Training Group Trustworthy Software Systems "Trustsoft'' (Seminar)

Winter term

• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Practical course on operating systems (practical course)
• Sensor Networks: Concepts, Technologies and Applications (Seminar)
• Sensor Networks in the Botanical Garden (project group)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Distributed operating systems
• Notebooks inspected: from hardware to system software (seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Practical course in operating systems (practical course)
• Advanced Concepts of Distributed Computing (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Operating Systems 2
• Fundamentals of Distributed Computing (Seminar)
• Group Calendar (Project Group)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Practical course in operating systems (practical course)
• File Semantics (project group)
• Cluster Technologies and their Applications (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Fault tolerance in distributed systems
• Sensor Networks: Concepts, Technologies and Applications (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Practical course on operating systems (practical course)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Operating Systems 2
• Sensor Networks: Concepts, Technologies and Applications (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Practical course in operating systems (practical course)
• Mobile phones, PDAs and navigation systems (seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Distributed Operating Systems
• Reliability in Space (Seminar)
• SFB Automatic Verification & Analysis of Complex Systems: AVACS (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Practical course in operating systems (practical course)
• Setting out for new peripherals: from punch card punches to memory sticks (seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Winter term

• Practical Computing Science
• Operating Systems 2
• Ubiquitous Computing (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

Winter term

• Practical Computing Science
• Operating Systems 2
• Distributed Systems (Seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)

Summer term

• Operating Systems 1
• Replication in distributed systems
• Reliability in distributed systems (seminar)
• Advanced Seminar System Software and Distributed Systems (Seminar)