GoingToMeet

All tracks/topics are open to both research and industry contributions. Tracks:

Advanced Internet mechanisms Access: call admission control vs. QoE vs. structural QoS / capability-based access control vs. role-based access control vs. attribute-based access control; Routing and pricing models: BGP, pricing peering agreements using microeconomics, topological routing vs. table-based routing vs. network coding, power-efficient routing; Optimization in P2P/CDN networks: peer placement for streaming P2P, analysis of P2P networks; Traffic engineering: estimating traffic matrices, constrained routing, exponentially bounded burstness; Behavioral traffic recognition: identifying applications from traffic behavior; Traffic analysis: methods for analysis and visualization of multidimensional measurements, characterizing protocols; Software defined radio networks: low power signal processing methods, applications of machine learning; Cognitive radio: medium access, spatiotemporality, complexity, spectrum sharing and leasing, channel selection, multi-stage pricing, cyclostationary signatures, frame synchronization; Streaming video: learning from video, techniques for in-network modulation; Location: statistical location, partial measurements, delay estimation Graph theory/topology/routing Internet support Information theory: distributed network coding, Shannon's entropy, Nash equilibrium; Optimization: LP, NLP, NeuroP, quadratic, convex programming, compressed sensing; Graph theory: random graphs, spectra graph theory, percolations and phase transitions, methods from statistical physics, geometric random graphs; Algebraic techniques: tensor analysis, matrix decomposition; Processing: signal processing techniques, equalization, point-process, source coding vs. network coding, recoverability; Statistical machine learning: probabilistic graphical models, classification, clustering, regression, classification, neural networks, support vector machines, decision forests; Game Theory/Microeconomic theory: social choice theory, equilibria, arbitrage and incentive oriented distributed mechanism design, cooperative games, and games on graphs; Stochastic network calculus; Fractal behavior and stability mechanisms; Kolmogorov complexity for performance evaluation; Complexity theory Internet security mechanisms Cryptography: design and analysis of cryptographic algorithms, applied cryptography, cryptographic protocols and functions; Specification, validation design of security and dependability: security and trust models, semantics and computational models for security and trust, business models in security management, security policies models, security architectures, formal methods for verification and certification, multi-level security specification; Vulnerabilities, attacks and risks: methods of detection, analysis, prevention, intrusion detection, tolerance, response and prevention, attacks and prevention of on-line fraud, denial of services attacks and prevention methods; Access Control: authentication and non-repudiation, accounting and audit, anonymity and pseudonymity; identity and trust management, biometric methods; Anti-malware techniques: detection, analysis, prevention; Cyber-crime response: anti-phishing, anti-spam, anti-fraud methods