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Institute of Communication Networks and Computer Engineering (IKR)
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Project description |
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Master thesis No. 944
(Finished) [pdf]
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Event-Triggered Dynamic Multi-Layer Network Reconfiguration
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Methods
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Topics
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Programming in Java
Performance Evaluation
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Multi-layer networks
Optical networks
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Description
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Background
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Novel and higher-quality Internet services fuel an exponential growth of traffic in internet service providers' transport networks. This leads to a significant increase in resource demand with large variations over time thus requiring more efficient and dynamic operation of future networks. The Software-Defined Networking (SDN) paradigm enables an efficient and dynamic (re)configuration of multi-layer transport networks. A reconfiguration can, for example, be triggered by various events such as a timer, exceeding given indicator thresholds or combinations of these approaches. Reconfigurations have to be triggered sufficiently often to achieve an efficient operation, but not too often in order to maintain stability.
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Task
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A software tool has been developed at IKR which determines an efficient network configuration. This tool shall be extended by an event-driven control mechanism. In this project you will design, implement and evaluate approaches for an event-driven control of the reconfiguration process. The approaches and algorithms will be integrated into the existing simulation tool and compared regarding their performance. This project involves the following tasks:
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Identification of relevant indicators
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Design of appropriate approaches and algorithms
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Implementation of approaches as modules within the framework
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Simulative evaluation of both parameterization and performance
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Acquired Knowledge and Skills
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You will learn to identify a solution approach for a specific problem in literature, to adapt and to implement it. Furthermore you learn how to evaluate a complex system through simulation. You will gain insight into multi-layer networks and heuristic algorithms. In addition, you will gain experience in using an extensive, modular, object-oriented software framework.
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Requirements
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Desirable knowledge
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Programming Experience in Java
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Kommunikationsnetze I
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Contact
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Dipl.-Inf. Uwe Bauknecht,
room 1.403 (ETI II),
phone 685-69012, [E-Mail]
M.Sc. Tobias Enderle,
room 1.402 (ETI II),
phone 685-67992, [E-Mail]
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