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

<h2>MKOS Exam SS 2015</h2>
<ul>
<li>What is MKOS</li>
<li>How MKOS handle page fault.(explain with init pager and data space ).</li>
<li>How the pager find the unmap?</li>
<li>Interrupt handling.</li>
<li>Interrupt -> kernel ;</li>
<li>Kernel -> driver;</li>
<li>Why using IOMMU</li>
</ul>
<h2>MKOS Exam SS 2016</h2>
Intro
<ul>
<li>what is Microkernel</li>
<li>the principle of Microkernel</li>
</ul>
Interrupts
<ul>
<li>how interrupts in user level and kernel</li>
</ul>
DMA
<ul>
<li>what is DMA?</li>
<li>why DMA is not secure?</li>
</ul>
Page fault handling
<ul>
<li>how to handle page fault?</li>
<li>didn't ask detail of flex page</li>
<li>how kernel find the pager ( region manger)</li>
<li>how region manger tells the kernel to find the pager</li>
<li>if pager address space is out of memory what happens?</li>
</ul>
Virtualization
<ul>
<li>what is virtualization?</li>
<li>if virtualized application want to enter kernel, how it works.</li>
</ul>