Course Content
Most modern computer systems are inherently distributed and networked. This includes, among others, multicore computers, wireless sensor systems, data centers or peer-to-peer ...
Course Content
Most modern computer systems are inherently distributed and networked. This includes, among others, multicore computers, wireless sensor systems, data centers or peer-to-peer networks. To make those systems operate correctly as they do today, generations of computer scientists have solved the fundamental problems inherent to their distributed nature.
The goal of this seminar is to get an understanding of the state-of-the-art technologies being used to design networked and distributed systems.
During this seminar, you will read and discover scientific papers that solve various distributed tasks.
In lectures, we will first give you guidelines on how to efficiently read, write and criticize scientific reports. Then, together with your group, you will dig deep into a specific paper and present your findings to the rest of the class.
Course Organization
As the seminar is designed to be interactive sessions, there is a mandatory participation for all in-person sessions.
However, not every week of the semester will have an in-person session. In total, there will be around nine in-person sessions. Details can be found in the Seminar Events file.
Enrolling to this course page does not mean you have a spot in this seminar. Please register for this seminar here: https://isis.tu-berlin.de/course/view.php?id=46522
| Date |
Room |
Description |
| 17.04. 14:15 |
BH-N 128 |
Introduction |
| 24.04. 14:15 |
BH-N 128 |
Reading & Writing |
| 08.05. 14:15 |
BH-N 128 |
Presentation & Peer Review |
22.05.
- 19.06. 14:00 |
EN 136 |
Reading Group |
| 17.07. |
EN 136 |
Final |
For more information, contact Julien Dallot: julien.dallot@tu-berlin.de
