<sub>Based on the previous research of the AutHoNe project this work shall create a knowledge distribution platform for the autonomous control and management of devices. The challenges of this project are the scalability, the reliability, the security of the system and the openness towards new components. The development process consists of a requirement analysis and the specification of an architecture and communication protocol. In addition to these elements one result shall be a prototype implementing the specification as base for further development. The approach is an agent-based system, in which each element of the network carries exactly one agent.

The work compares related work in the fields of home automation, network management and agent-based systems and compares these works to the targeted approach. Using appropriately selected technologies the document develops the architecture of the knowledge platform and describes the prototype of a knowledge agent. The architecture satisfies the requirements to a high extend, but some topics need further development.</sub>

<sub>Based on the previous research of the AutHoNe project this work shall create a knowledge distribution platform for the autonomous control and management of devices. The challenges of this project are the scalability, the reliability, the security of the system and the openness towards new components. The development process consists of a requirement analysis and the specification of an architecture and communication protocol. In addition to these elements one result shall be a prototype implementing the specification as base for further development. The approach is an agent-based system, in which each element of the network carries exactly one agent.

The work compares related work in the fields of home automation, network management and agent-based systems and compares these works to the targeted approach. Using appropriately selected technologies the document develops the architecture of the knowledge platform and describes the prototype of a knowledge agent. The architecture satisfies the requirements to a high extend, but some topics need further development.</sub>

Abschlussvortrag BA Kameliya Terzieva (Müller, Münz):
Export von Netzstatusinformationen aus WLAN-Routern mit IPFIX

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02/09/2010 @ 16h15 in 03.05.033

More information here.

Abschlussvortrag DA Maximilian Vinokurov (Müller, Kinkelin):
Ein SIP Auto-Konfigurationsdienst für sicheres VoIP

http://sanneck.net

Termin:
Montag, den 08.02.2010, 14:15 Uhr

Ort:   
Raum MI Multimediaraum 00.08.038
(MI-Gebäude, Campus Garching, Finger 8, Erdgeschoss)

Thema: 
Mobile Network Management Research

Due to the high cost pressure put on mobile network operators, the efficient Management of Mobile Networks (Deployment, Operation, Maintenance) has gained a lot of importance and visibility. Particularly automation solutions ("Self Organizing Networks") are considered to be a key building block for LTE networks by operators and network equipment vendors. Based on an overview on mobile networks and their management, a concrete example (self-configuration of basestations) will be discussed, showing the opportunities and challenges in this area. Additionally the presentation gives some insights into the product development process (idea -> concept -> product-feature) and the tasks of a research group within a large network equipment manufacturer.

Bio:
Henning Sanneck is Research Manager at Nokia Siemens Networks in Munich where he is leading projects on Self-Organizing Networks for LTE.

Dr. Henning Sanneck studied Electrical Engineering at the University of Erlangen-Nuremberg, Germany. He was a Visiting Student (ERASMUS scholarship) at the University of Nantes, France, in 1993. After receiving his Diploma in 1995, he joined GMD Fokus (now: Fraunhofer Fokus) in Berlin. At Fokus, Dr. Sanneck worked as a Researcher in the area of Quality-of-Service (QoS) support for Real-Time Services in IP-based networks. He received his Dr.-Ing. (PhD) degree in Electrical Engineering from the Technical University of Berlin with a thesis on Voice over IP QoS in 2000.
In 2001 Dr. Sanneck joined Siemens - Mobile Networks in Munich, working as a Senior Research Engineer on cross-layer design for IP-based Radio Access Networks (RANs), Software Technologies for Mobile Networks and Technology Management. He became a Project Manager for technology innovation projects in the area of Network Management for 3G and beyond RANs in 2003. Since the formation of Nokia Siemens Networks in 2007 he is heading the "OAM Automation" group in the Research, Technology & Platforms unit.