Paul Bourgine is President of the Complex Systems Digital Campus (CS-DC), honorary director of RNSC (the National Network of Complex Systems) and former director of CREA-Ecole Polytechnique. He was the First president of the Complex Systems Society. His main scientific interests are complex adaptive systems and large interactive networks.Pierre Collet is Professor in Computer Science at the University Strasbourg, and the co-coordinator of UNESCO Unitwin Complex System Digital Campus (CS-DC). He is performing research in the domain of evolutionary stochastic optimization.Pierre Parrend is a Senior Lecturer in Computer Science at ECAM Strasbourg-Europe Engineer School. He leads the e-laboratory ‘4P Factory: the Factory of the Future’ of the CS-DC, and performs his researches in anomaly detection and artificial immune systems.

• Welcome to CS-DC’15.- Reconstructing multi-scale dynamics.- Machine learning methods.- A formal model to compute uncertain continuous data.- Knowledge maps.- Analysis of a Planetary Scale Scientific Collaboration Dataset Reveals Novel Patterns.- Epistemology of integrative and predictive sciences.- Information science and the complexity: are we orientated to a transdisciplinary science?.- Synthesis of ecology, biology and ethnographic data.- Bayesian Causalities, Mappings, and Phylogenies: A Social Science Gateway for Modeling Complexity in Ethnographic, Archaeo-, Eco- and Bio-logical Variables.- Multi-level modeling.- Statistical and dynamical properties of networks.- Community detection as an efficient way to attack real networks.- From particles to complex matter.- Chemical garden.- Assembly of molecular metal oxides from the nano to the macroscale via chemical gardens.- Physics of complex systems.- Viscosity scaling in hydrodynamic instabilities in porous media.- A general approach to the linear stability analysis of miscible viscous fingering in porous media.- From individual to social cognition.- From individual to social cognition: Piaget, Jung and commons.- Ecological approach of sport and sport education.- Ecological Dynamics: a theoretical framework for understanding sport performance, physical education and physical.- Emerging dance movements under ecological constraints in Contact Improvisation dancers with different background.- Emerging collective shared behaviors from individual exploration in football small-sided games.- Adaptability in swimming pattern: how do swimmers adapt propulsive action as a function of speed?.- Backstroke start performance prediction.- Flexible perception-action strategies for follow-the-leader coordination.- Dynamic process of pulmonary data analysis: from the athlete mouth to the coach’s hands.- From processing units to computational ecosystems to the cloud.- A multi-agent system approach to load-balancing and resource allocation for distributed computing.- Integrative science of education.- POEM-COPA Collaborative Open Peer Assessment.- Implications of agent-based computational modeling and simulation for preventive education in children with ADHD.- MOOC as a complex system.- From fields to territories to the planet.- Integrative logistics.- Logistics and Territory; integrative approach.- Process modeling of an international transport chain through the simulation tool SIMPROCESS.- Dynamic emissions reduction from vehicles with technical and behavioral approach.- 4p-factories (e-lab).- Is the Lean Organisation a complex system?.- An artificial immune ecosystem model for hybrid cloud supervision.- Engineering of territory sustainability.- Spatialisation of Soil Erosion Susceptibility Using USLE Model.- Social patterns in multicultural environments Matrimonial patterns and trans-ethnic entities.- Economics as a complex evolutionist system.- A study of heterogeneity in a stock market simulator based on amodel of agents that learn from experience in a market with multiple stocks.- Are innovation systems complex systems?.- From molecules to ecosphere.- Ocean biogeochemical dynamics.- Frontal systems as mechanisms of fish aggregation.- Lagrangian approach to phytoplankton mesoscale biogeography in the Kerguelen region.- Lyapunov exponents and oceanic fronts.