Difference between revisions of "Lakeside Research Days'11"
From Self-Organization Wiki
(→Schedule) |
(→Talks) |
||
Line 21: | Line 21: | ||
* Wilfried Elmenreich: | * Wilfried Elmenreich: | ||
** Putting self-organizing systems to work | ** Putting self-organizing systems to work | ||
+ | * Peter Merz | ||
+ | ** Self-Organization in LTE Networks | ||
* Andreas Mitschele-Thiel: | * Andreas Mitschele-Thiel: | ||
** Applying Self-organization to Mobile Communication Systems | ** Applying Self-organization to Mobile Communication Systems | ||
− | |||
− | |||
* Klara Nahrstedt | * Klara Nahrstedt | ||
** Mobile Networking Solutions for First Responders | ** Mobile Networking Solutions for First Responders |
Revision as of 14:10, 11 July 2011
Topic: Technical Applications of Self-organization
- Discuss benefits and weaknesses of SOS
- Analyze/classify existing applications
- Brainstorm on future application fields
- Elaborate two/three concrete applications and estimate effort/impact
- Elaborate a roadmap for research issues to be solved in order to make SOS applicable
Data: July 11-15, 2011
Groupwork results
Talks
- Christian Bettstetter:
- Welcome to Lakeside Labs
- Wilfried Elmenreich:
- Putting self-organizing systems to work
- Peter Merz
- Self-Organization in LTE Networks
- Andreas Mitschele-Thiel:
- Applying Self-organization to Mobile Communication Systems
- Klara Nahrstedt
- Mobile Networking Solutions for First Responders
- Jürgen Rattenberger
- Project possibilities on Self-Organizing Systems
- Maxi San Miguel
- Social Consensus as a Self-Organization Phenomenon
- Ronald Thenius
- Usage of EvoDevo in Robotic Systems
- Giovanna di Marzo
- Salima Hassas
- Multi-Agents for modeling Complex Systems
- Carlos Gershenson
- Self-organization leads to supraoptimal performance in public transportation systems
- Marc Timme
- Universal Computation by Simple Oscillator Networks
- Hermann de Meer and Richard Holzer
- Modeling of AmI-based Socio-Technical Systems
- Falko Dressler
- Self-Organization in Massively Distributed Systems – Keeping Oscillations or Forcing a Stable System?