The multi-thematic program of SmartNets 2018 will focus on the major future Issues in Cyber-Physical Systems, and Smart Applications, Networking, Computing and Communications.

The topics of interest include, but non limited to:

    Smart city theory, modeling and simulation;
    Intelligent infrastructure;
    Sensors and actuators;
    Autonomous systems and UAVs
    Smart economy development;
    e-health and emergency management;
    e-health applications and services;
    Smart environment and policy development;
    Citizen engagement and smart governance;
    Connected Vehicle (CV) technologies;
    Smart mobility and transportation;
    Automated driving;
    ITS for public transport;
    Computer vision for ITS applications;
    Urban Traffic simulation, modelling and Control;
    Internet of Things (IoT) and smart cities;
    IoT Enabling Technologies;
    IoT Application and Services;
    Intelligent vehicle-to-infrastructure integration;
    Smart grids;
    Digital city and smart growth;
    Smart home and smart buildings;
    Smart city Implementation;
    Advanced technology for Pedestrian and bicyclist safety;
    Smart city for Special Needs;
    Environmental monitoring tech. Knowledge acquisition from Big Data on the Web;
    Reasoning over uncertain Web data;
    Efficient models and solutions for querying and processing Big Data on the Web;
    Algorithms and systems for Web-scale mining;
    Web-based crowdsourcing and data analytics;
    Big Data and Web of Things;
    Clustering, classification, and summarization of Web data;
    Web-based social sensing and data analytics;
    Analytic Web services for Big Data;
    Open Linked Data and the Semantic Web;
    Web data integration;
    Machine learning on deep Web data;
    Data stream mining and spatio-temporal data analytics on Web of Things;
    Business analytics & Big Data practice on the Web;
    Web Services Discovery;
    Cyber-physical issues in the design of next-generation communication systems
    Real-time Sensing, Reasoning and Adaptation for Cyber-Physical Systems
    Cloud-integrated Cyber-Physical Systems
    Evolutionary computing for CPS
    Design Theory for Cyber-Physical Systems
    Cyber-Physical Systems Security and Privacy
    Computation Models for Cyber-Physical Systems
    Addresses computation issues in CPS
    Verification and Formal Methods for Cyber-Physical Systems
    Mobile Sensors in Cyber-Physical Systems
    Design and Performance Optimization in Cyber-Physical Systems
    Adaptive Control in Cyber-Physical Systems
    Distributed computing for CPS
    Communication and Networking for Cyber-Physical Systems
    Applications of CPS on e-Health, life sciences, and energy
    Optimizing computing and communication resources for cyber-physical systems
    Safety-critical, dependable, fault-tolerant cyber-physical systems
    Distributed, highly networked architectures for interconnected CPS
    Communication and Infotainment Systems in CPS such as vehicles
    Networking for intelligent mobility and transport infrastructures
    Sensor networks for cyber-physical systems
    Intelligent and collaborative methods for CPS
    Simulation and visualization of CPS
    Testing and Validation of CPS
    Other related issues