Application Development for Moible

Component based Software Engineering

Design Patterns and Frameworks

Distributed Operating Systems

Distributed Systems

Foundations of Concurrent and Distributed Systems

Internet and Web Application

Master Thesis Procedure

Microkernel-based Operating Systems

Mobile Communication and Mobile Computing

Principles of Dependable Systems

Real-time System

Security and Cryptography I

Security and Cryptography II

Software Fault Tolerance

System Engineering I

System Engineering II

Transactional Information Systems

Wireless Sensorr Networks

<h1>Useful Links</h1>
<h1>Past Exams</h1>
<h2>PODS Mid-Exam WS 2014/2015</h2>
<ul>
<li>What is a system failure? (3p.)</li>
<li>Graph of Limiting Scheduled Downtime - put on the graph 4 kind of systems.</li>
<li>Continuos operation. (3p.)</li>
<li>What is a main problem of UNCP-store? (3p.)</li>
<li>Short code wih VRO points and answer on which point application will be stopped.</li>
<li>What does scrubbing? (5p.)</li>
<li>Control flow graph - count expected signatures.</li>
<li>Protect cache with parity, not with ESS, data stored in both RAM/cache, RAM protected with ECC (3p.)</li>
<li>Described some problem and question which kind of redundancy would help in this situation. (3p.)</li>
<li>correct or stop (3p.)</li>
<li>How many bit flipst can detect parity?</li>
</ul>
<h2>PODS Exam WS 2014/2015</h2>
<p>3 assumptions of Monotonic Perfect Failure Detector.
Triple Modular Redunadancy
Draw schema of memory.
Describe 4 methods of memory's protections - 2 hardware and 2 software.</p>
