Systemic Security for Critical Infrastructures
Entwicklung einer ganzheitlichen Lösung zur Verbesserung der Schutzsysteme für Kritische Infrastrukturen
Customizable and Tenant-aware System for Energy Control
Building as a Service
The BaaS project aims to manage cross-domain control functions in buildings. Due to the isolation of automation systems, this is not available yet. The main goal of the project is to establish an open service platform enabling smart commertial buildings.
Eclectic approach towards network experimentations
In this project, we propose development and experimental evaluation of a new tool for testbed management for Peer-to-Peer (P2P) applications which includes improved support for resource allocation, deployment and state-ofthe-art monitoring over a range of experimental testbeds.
Safe and Secure European Routing
Anomalieerkennung und eingebettete Sicherheit in industriellen Informationssystemen
Peering Monitor and Microscopic Analysis of the Internet
The objective of the Peeroskop project is the design and development of a system for the observational analysis of the Internet parts relevant for Germany, as well as the proactive and reactive protection of the backbone routing. Core components of the project are mechanisms for information fusion and information classification based on passive and active measurements which discover vulnerabilities in the Internet peering beforehand and bypass emerging disruptions.
Measurement- and model-based performance evaluation and speed-up of communications of multiprocessor PC systems in high-speed networks
In order to use PC-systems for high speed data transmission in gigabit and 10 gigabit networks drivers, network protocol stacks and applications need to be improved to fit the hardware architecture and to make use of its provided techniques for parallelization. Goal of the MEMPHIS project is to analyze and develop methods for performance evaluation and improvement of packet and protocol processing on current multiprocessor computer systems.
European Network of Excellence of Internet Science
Network of Excellence to establish the inter- and multi-disciplinary research area of Internet Science.
Security for Future Networks
Flexible network environment for measurements and tests in high-performance networks
The purpose of this project is to develop a flexible testing environment for networking experiments such as functional and performance test of prototype implementations, traffic generation and network measurements, security evaluations. The Netlab testbed provides a dynamically linked network environment where different network scenarios can be realized.
Peer-to-peer overlay technology for next generation networks
A Next Generation Telephone System
Untersuchungen zur Wichtigkeit von Sprachrahmen
Spontaneous Virtual Networks - Methods for the controllability of heterogeneous communication networks
Autonomic Computing Project
Resilience and Survivability for future networking - framework, mechanisms and experimental evaluation
Semantically Oriented Software Engineering for Mobile Information Systems in an Entrepreneurial/Business Context
Scalable, efficient and flexible next generation converged mobile, wireless and fixed access networks
Autonomic Home Networking
Charging and Accounting in 3G Networks
High-speed network monitoring based on netflow accounting and packet sampling for accounting, charging, and intrusion detection
VERsatile MONitoring Toolkit
Vermont is an open-source software toolkit for the creation and processing of network flow data, based on monitored Internet packet data
Traffic Monitoring and Analysis
High-Speed Firewalling and Intrusion Detection
Monetcom Modernization of Master Program NETWORKS & COMMUNICATIONS
Ambiente Vernetzung mobiler Sensoren
Load Transformations and their Usage for Traffic Prediction and Understanding in Networks with Security Requirements
Secure, Efficient, Resilient, and Fair Networks
IP Telephony and Multimedia Conferencing
Virtual Internet and Telecommunications Laboratory of Switzerland