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Masterstudium Business Informatics - Fakultät für Informatik, TU Wien

Masterstudium Business Informatics - Fakultät für Informatik, TU Wien

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• Engineering of distributed systems<br />

• Abstraction of dierent implementation technologies<br />

• Comparing and evaluating dierent implementation technologies, selecting the<br />

right tool for the right job<br />

Competences:<br />

• Self-organization and time-management<br />

• Team-organization, team-communication, conict resolution<br />

• Taking the responsibility for technical decisions<br />

• Process awareness and structured solution approaches<br />

• Critical reection, assessment, analysis, and reasoning of alternatives<br />

Syllabus: Object-relational mapping; distributed object middleware, such as Enterprize<br />

Java Beans; middleware services: transactions and security; message-oriented middleware;<br />

Web services; middleware conguration and metadata; presentation tier technologies<br />

Expected Prerequisites: Programming skills in Java and distributed systems; ability to<br />

build extensible software solutions, and understanding of what goes on `in the background'<br />

when programming middleware is used.<br />

INT/PRO - Programmkonstruktion, INT/SEN - Systems Engineering<br />

Teaching and Learning Methods and Adequate Assessment of Performance: The module<br />

is organized along reading lecture materials before each lecture, lectures, and lab<br />

assignments.<br />

Courses of Module:<br />

6.0/4.0 VU Distributed Systems Technologies<br />

SIT/DS3 - Networking<br />

ECTS-Credits: 6.0<br />

Summary: This module covers important topics of advanced networking, such as design,<br />

implementation, maintenance and management. Furthermore, issues of mobile and<br />

pervasive computing are covered and set in relation to the knowledge acquired in networking.<br />

This module aims at providing a lower-level view on the topics covered in the<br />

modules SPT/DS1 and SPT/DS2, but is fundamentally independent. The module consists<br />

of three parts. Advanced networking is covered in a lecture and a separate practical<br />

lab. The lecture is held in an interactive way, student contributions are expected and<br />

required. The lecture is graded using an oral exam. The lab is held as group work and<br />

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