1. Achieving Strong Binding Between the Network and its Management System Amir Eyal and Robin Braun, IICT Group, Faculty of Engineering, UTS, Sydney, Australia

2. System Structure Motivation In order to apply autonomic management algorithms on a network, the management system and the network itself must poses a number of capabilities: i.Input in the shape of accurate network status; ii.A translation from management objectives to actions; iii.Enforcement of those actions on the network, and; iv.A feedback from the network. To fulfill requirements i and ii, we came up with the 4-layer, 3- colums model. To achieve iii and iv, and to support the model in task i, we composed a specialized protocol over the Elvin middleware.

3. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription System Component Report Subscription: Component Report System Structure Management Subscription Products Layer Product Components Layer Services Layer Resources Layer

4. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription Commands to Component A Subscription: Component A Component A Subscription

5. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription Commands to Component B Subscription: Component B Component B Subscription

6. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription: Component B Publish Component A’s Status Component A reports

7. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription: Component B Publish Component B’s Status Component B reports

8. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription: Component B Publish Command for Component A Management Command to Component A

9. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription: Component B Publish Component A’s Feedback Component A reports again – Providing feedback to management command

10. System/Network Component A Component B Management Layer - Contains Holons (colonies) of Solons (agents) that perform management functions. May be human or machine, manual or automatic, Autonomic Information Store Information Search and Update Elvin Environment Subscriptions Stack Subscription: Component Report Subscription: Component A Subscription: Component B Publish Component A’s Feedback Scalability Mission – Managing the Net ?!!!

11. Scalable network management paradigm –Multiple management processes scattered –Multiple publish/subscribe routers –Distributed information model A step towards truly autonomic networks –AI algorithms working out objectives in different levels of the network –Swarming agents performing Service Discovery tasks Harmonization of management system and managed network Conclusions

12. Teleholonic Group, IICT @ UTS, Sydney, Australia: http://teleholonics.eng.uts.edu.au Email: {Amir.Eyal,Robin.Braun}@uts.edu.au Contacts, Website