184.271 VL Large-scale distributed computing 2013S

Please note: the content of this website is subject to change and extend without notice. The intention of the website is to give potential students overview about the structure and goals of the lecture even in the early stage of the course development.

For the course a registration in TISS Starting with March 2nd to April 21st 2012 is necessary. For any questions on the lecture please contact Ivona Brandic.

(:title 184.271 VL Large-scale distributed computing 2013S :)

25.02.2013

check out the timetable for the summer semester 2013

Exam on 31.1.2013

Exam on 31.10.2012

Exam information

Exam on 22.06.2012

Lecture on 18.06.2012

Exam Information: exam

check out the timetable

Lecture on 18.06.2012

check out the timetable:

Presentation on 15.06.2012

Check time slots for 15.06.2012. Interview slots Please note that you have to attend all presentation, not only the presentation of your group.

Consultation Hour 06.06.2012

Check time slots for 06.06.2012. Interview slots

Consultation Hour 30.05.2012

Check time slots for 30.05.2012. Interview slots

Summary of the Lecture

Check time slots for 30.05.2012.

(:title 184.271 VL Large-scale distributed computing 2012S :)

For the course a registration in TISS Starting with March 2nd to April 21st 2021 is necessary. For any questions on the lecture please contact Ivona Brandic.

Talk Announcement:

Titel: Zertifizierte Cloud durch das EuroCloud Star Audit SaaS: Ein Best Practice-Ansatz zur Auswahl eines vertrauenswürdigen Cloud-Anbieters

Zeit: Dienstag, 10. Mai 2011, ab 17:00 Uhr

Ort: Forschungsgruppe Scientific Computing, Raum C316 des UZA IV, Nordbergstraße 15/C/3, 1090 Wien

Vortragender: Dr. Tobias Höllwarth (Eurocloud, Auditierung & Zertifizierung)

Details: http://www.ocg.at/ak/cloud/news.html

Talk Announcement:

Nordbergstraße 15/C/3, 1090 Wien

Vortragender: Dr. Tobias Höllwarth (Eurocloud, Auditierung & Zertifizierung)

Details: http://www.ocg.at/ak/cloud/news.html

Talk Announcement:

Titel: Zertifizierte Cloud durch das EuroCloud Star Audit SaaS: Ein Best Practice-Ansatz zur Auswahl eines vertrauenswürdigen Cloud-Anbieters Zeit: Dienstag, 10. Mai 2011, ab 17:00 Uhr Ort: Forschungsgruppe Scientific Computing, Raum C316 des UZA IV,

       Nordbergstraße 15/C/3, 1090 Wien

http://www.ocg.at/ak/cloud/news.html

• Cloud Programming Models (MapReduce, etc.)

• Cloud Programming Models

• Monitoring of Cloud infrastructures (application monitoring, VMs monitoring, hardware monitoring)
• Knowledge management in Clouds
• Cloud federation mechanism

For the course a registration in TISS (Starting with Feb. 18th to April 1st 2011) is necessary. For any questions on the lecture please contact Ivona Brandic.

For the course a registration in TISS (Starting with Feb. 18th to March 22nd 2010) is necessary. For any questions on the lecture please contact Ivona Brandic.

• Overview about the most popular LSDC paradigms like High Performance Computing (HPC), Grid computing, Cloud Computing, global distributed computing, and voluntary computing, evolution of LSDS

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview about relevant concepts, technologies and standards in the area of Large Scale Distributed Computing (LCDC). In particular we will cover all aspects of Cloud Computing infrastructures targeting arbitrary Cloud infrastructures and not particular Cloud products (e.g., Amazon products, Google App, etc.) Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in practice and to configure, use and apply LSDC in different application domains. The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

(:title 184.271 VL Large-scale distributed computing 2011S :)

Please note: the content of this website is subject to change and extend without notice - until the start of the lecture (28th March). The intention of the website is to give potential students overview about the structure and goals of the lecture even in the early stage of the course development.

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview about relevant concepts, technologies and standards in the area of Large Scale Distributed Computing (LCDC). In particular we will cover all aspects of Cloud Computing infrastructures - targeting arbitrary Cloud infrastructures - without focusing on any of the current Cloud products (e.g., Amazon products, Google App, etc.) Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in practice and to configure, use and apply LSDC in different application domains. The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

Please note: the content of this website is subject to change and extend without notice - until the start of the lecture (22nd March). The intention of the website is to give potential students overview about the structure and goals of the lecture even in the early stage of the course development.

Please note: the content of this website is subject to change and extend without notice until the start of the lecture (22nd March). The intention of the website is to give potential students overview about the structure and goals of the lecture even in the early stage.

Please note: the content of this website is subject to change and extend without notice until the start of the lecture (22nd March). The intention of the website at the current stage is to give potential students overview about the structure and goals of the lecture.

Please note: the content of this website is subject to change and extend without notice until the start of the lecture (22.nd March). The intention of the website at the current stage is to give potential students overview about the structure and goals of the lecture.

Please note: the content of this website is subject to be changed and extended until the start of the Lecture (22.nd March). The intention of the website at the current stage is to give potential students overview about the structure and goals of the lecture.

Please note: the content of this Website is subject to be changed and extended until the start of the Lecture (22.nd March).

Check out tentative lab project topics.

Check out lab project topics.

Check out [[http://www.infosys.tuwien.ac.at/linksites/teaching/courses/lsds/index.php?n=Practical.Assignments|lab project topics].

• Resource monitoring in Cloud-like environements
  • resource monitoring
  • SLA monitoring
• Simulations of market liquidity in Cloud markets
  • market mechanisms (like auctions, negotiation. etc.)
  • liquidity in dependance of available SLA templates

• Energy eficiency in Cloud-like environments considering autonomic resource management including restrictions like
  • carbon footprint
  • SLA attainment
  • energy signatures

• Resource management in Clouds
  • autonomic manager
  • self-* properties
• Energy eficiency in Cloud-like environments considering autonomic resource management

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview about relevant concepts, technologies and standards in the area of Large Scale Distributed Computing (LCDC). Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in practice and to configure, use and apply LSDC in different application domains. The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

The practical part will consist of one assignments and students will work in teams of 3. Lab projects will be announced according to the lecture and lab schedule.

Generally, during the course it will be assumed that students have reasonable programming skills and know their way around in the distributed system area.

• Already taken the introductory course of the Distributed Systems Lab, Lab Web site

• Already taken the introductory course of the´(Distributed Systems Lab), Lab Web site

Must have:

Nice to have:

Must have:

• Already taken the introductory course of the Distributed Systems Lab (Distributed Systems Lab), Lab Web site

Nice to have:

• Basic knowledge of Web Services and Service-Oriented Architectures.

• Already taken the introductory course of the Distributed Systems Lab (Distributed Systems Lab), Lab Web site.

• Resource monitoring in Cloud-like environements

The practical part will consist of one assignments and students will work in teams of 3. LAb projects will be announced according to the lecture and lab schedule.

The practical part will consist of one assignments and students will work in teams of 3. LAb projects will be announced according to the lab schedule.

In the practical part the students will have to implement, deploy, and test a (prototype) application or middleware related to, and embedded into one of our research projects:

http://www.infosys.tuwien.ac.at/linksites/teaching/courses/lsds/vsc1.jpg | copyright TU WIEN, Vienna Scientific Cluster

Geek and Poke, CEOs love the Cloud

http://www.infosys.tuwien.ac.at/linksites/teaching/courses/lsds/vsc1.jpg | copyright TU WIEN, Vienna Scientific Cluster

./vsc1.jpg"Vienna Scientific Cluster, TU WIEN" | copyright TU WIEN, Vienna Scientific Cluster

In the practical part the students will have to implement, deploy and test an application or middleware related to, and embedded into one of our research projects:

Geek and Poke, CEOs love the Cloud

Geek and Poke,CEOs love the Cloud

GeekandPoke, CEOs love the Cloud

GeekandPoke, CDOs love the Cloud

GeekandPoke

http://geekandpoke.typepad.com/.a/6a00d8341d3df553ef0120a7f0285e970b-pi"GeekandPoke" | copyright http://geekandpoke.typepad.com

http://geekandpoke.typepad.com/.a/6a00d8341d3df553ef0120a7f0285e970b-pi

• Resource management in Clouds
• Energy eficiency in Cloud-like environments considering autonomic resource management
• Resource monitoring in Cloud-like environemnts

• energy eficiency in Cloud-like environments considering autonomic resource management

• energy eficiency in Cloud-like environments considering autonomic resource managmenet

In the practical part the students will have to implement, deploy and test an application or middleware related to and embedded into one of our research projects:

In the theoretical part of the lecture we will cover following topics:

In the "theoretical part" of the lecture we will cover following topics:

The practical part will consist of one assignments and students will work in teams of 3.

For the course a registration in TUWIS++ (Starting with Feb. 18th to March 22nd 2010) is necessary. For any questions on the lecture please contact Ivona Brandic.

For the course a registration in TUWIS++ (Starting with Feb. 18th 2010) is necessary. For any questions on the lecture please contact Ivona Brandic.

• energy eficiency in Cloud-like environments
• Resource Monitoring in Cloud-like environemnts

• Cloud technologies (e.g., virtualization, SLAs)
• Cloud business models, security, privacy and trust issues in Cloud computing
• Compliance-based Cloud middleware

• Market mechanisms in Cloud Computing (e.g., management of the market liquidity)

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview about relevant concepts, technologies and standards in the area of Large Scale Distributed Computing (LCDC). Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in in practice and to configure, use and apply LSDC in different application domains. The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

The middleware / applications will cover one of the following areas

• resource management in Clouds
• energy eficiency in Cloud like environments
• Resource Monitoring in Cloud like environemnts
• Simulations of market liquidity in Cloud markets.

The practical part will consist of one assignments, and students will work in teams of 3.

• Overview about the most popular LSDC paradigms like High Performance Computing (HPC), Grid computing, Cloud Computing, global distributed computing, and voluntary computing

• Market Mechanisms in Cloud Computing

For the course a registration in TUWIS++ (Starting with Feb. 18th 2010) is necessary. For any questions on the lecture please contact us at the Ivona Brandic.

In the practical part the students will have to implement, deploy and test an application or middleware related to and embedded into one of our research projects:

The middleware / applications will deal with resource management, energy eficiency and monitoring in Cloud like anvironemnts. The practical part will consist of one assignments, and students will work in teams of 3.

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview over relevant concepts, technologies and standards from the area of Large Scale Distributed Computing Computing (LCDC). Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in in practice. The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

In the practical part the students will have to implement, deploy and test an application or middleware related to and embedded into one of our research project:

• Foundations of Self-governing ICT Infrastructures and
• Energy efficient Large Scale Distributed Systems

Cloud based applications dealing with resource management, energy eficiency and monitoring. The practical part will consist of one assignments, and students will work in teams of 3.

In this lecture with lab (VL -- Vorlesung mit Laborübung) students will get an overview over relevant concepts, technologies and standards from the area of Large Scale Distributed Computing Computing (LCDC). Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in in practice (for instance in medical research). The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

(:title 184.271 VL Large-scale distributed computing 2010S :)

Summary of the Lecture

In this lecture with practical part (VU -- Vorlesung mit integrierter Übung) students will get an overview over relevant concepts, technologies and standards from the area of Large Scale Distributed Computing Computing (LCDC). Furthermore, the lecture will contain the basic knowledge necessary to apply LSDC in in practice (for instance in medical research). The lecture will be held in either german or english language (depending on the liking of the audience). All written material such as assignments, tests, slides or further reading will be provided in english language.

In the theoretical part of the lecture we will cover following topics:

• Overview about the most popular LSDC paradigms like High Performance Computing (HPC), Grid computing, global distributed computing, and voluntary computing
• Grid Computing in detail: Grid architectures, Grid resource management, Web and Grid services (OGSA, WSRF), resource provisioning in Grid, Grid workflows
• Cloud Computing: delivery models, deployment types, etc.
• Cloud technologies (e.g., virtualization, SLAs), Cloud business models, security, privacy and trust issues in Cloud computing, compliance-based Cloud middleware
• Green IT: energy efficient large-scale distributed systems

In the practical part the students will have to implement, deploy and test Cloud based applications dealing with resource management, energy eficiency and monitoring. The practical part will consist of one assignments, and students will work in teams of 3.

For the course a registration in TUWIS++ as well as in the DSG Teaching Tool is necessary. For any questions on the lecture please contact us at the Ivona Brandic.

Maximum Number of Students

For organisatorial reasons the course is restricted to at most 50 students. Registration are given out first come - first served, according to registrations in TUWIS++. Please do not register for the course if you are not honestly interested in doing it.

Necessary Prior Knowledge

Students enrolling to this course should have the following prior knowledge:

• A solid background in procedural and object-oriented programming.
• Already taken the introductory course of the Distributed Systems Group (Distributed Systems).
• Basic knowledge of Web Services and Service-Oriented Architectures (as taught for in instance in the course Internet-Applikationen).

None of these are hard requirements, but during the course it will be assumed that students have reasonable programming skills and know their way around in the distributed system area.

Lecturer

• Ivona Brandic