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This project focuses on the analysis and simulation of network topologies, node behavior, and communication protocols using the NS-3 simulation framework. Key areas include network coding specifics, visualization of network interactions, and behaviour of channels and nodes. Additionally, we explore security aspects in P2P networks, entropy measures, and mutual information metrics. Research objectives also include evaluating node access ranks in random graphs with RLNC and assessing the impact of topology on the dissemination of Byzantine packets. A simulation testbed for SPOC and integration with NC security technologies will be developed.
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Behaviour & Communication Network Coding Specifics Statistics / Output Analysis Network Topologies Neco CORE Modules NS-3 Bindings Scheduler Graphics (Visualization Tool)
Behaviour & Communication • Channel / Link Behaviour • Node Behaviour • Protocol Specifications • Interpreter for scripting • Language for simulation • specification
Network Coding Specifics • Finite Field Arithmetic
Graphics (Visualization tool) • Visualization of the network topology • Visualization of interaction between nodes • Visualization of degree of information for each node
Neco Additional Modules Behaviour & Communication Statistics / Output Analysis P2P Networks Security Protocols Entropy and Mutual Information Metrics
Neco - Research Goals (NIP) • Security: • Eavesdropping • Evaluate the rank that each node has access to in several random graphs using RLNC • Make a simulation testbed for SPOC and integrate other NC security technologies • Byzantine • Evaluate impact of topology in dissemination of Byzantine packets • Derive optimal topologies for prevention of dissemination of Byzantine packets