– Energy Efficient Solutions based on IoT
— Human Mobility Analysis based on Social Media and Fuzzy CLustering
— Integration of Serious Games and IoT Data Management Platforms to Motivate Behavioural Change for Energy Efficient Lifestyles
— Organizational Behaviour Improvement for Energy Efficient Administrative Public Offices
— Data Aggregation, Fusion and Recommendations for Strengthening Citizens Energy – aware Behavioural Profiles
— enCOMPASS – an Integrative Approach to Behavioural Change for Energy Saving
— IoT – Enabled Gamification for Energy Conservation in Public Buildings
— Addressing Behavioral Change towards Energy Efficiency in European Educational Buildings
– Internet of Energy Neutral Things
— A Self – powered wireless bolt for smart critical fastener
— Peripheral State Persistence for Transiently Powered Systems
— Design and energy optimization of a multifunctional IoT solution for connected bikes
— On Limits of Constructive Interferencein Backscatter Systems
– User Centric security, privacy and data governance in smart cities (USP4SC)
— Design and implementation of an energy-neutral solar energy system for wireless sensor-actuator nodes
— Microsoft’s Approach to IoT – Digital Transformation and The IoT
– GIoTS IPv6 based IoT Deployement Around the World
— IPv6 – AROUND THE WORLD Africa Perspective
— Houston WE have a Problem
— GIoTS – IPV6 – based IoT Deployment Around the World
– GIoTS IPv6 Forum Day Enabling New Generation IPv6
— Business and Security Justification For IPv6 Only IoT Networks
– IoT & 5G Large Scale Pilots European and Chinese Perspectives
— A 5G / IoT experimental test facility to support European Radio Spectrum Policy making
— EC H2020 IoT Large Scale Pilots
— ETSI ISG IP6, 5G AND IOT
— Ericsson update on IoT and 5G Global Deployment
— IPv6 – based IoT Deployment in China
— IoT Deployment: A view of North America
— IOT Reality Check
— Opening session
— Global IoT Summit
— Considerations on IPv6 Scalability
— Heas in a Cloud: an Approach for Arduino YUN Virtualization
— Towards an IoT Framework for Semantic and Organizational Interoperability
— SEEOF: Smart Energy Efficient Objective Function
— DiscoveryTree
— A Performance and Cost Evaluation of Combining OPC – UA and Microsoft Azure IoT Hub into an Industrial Internet – of – Things System
— Thing – to – Thing Electricity Micro – Payments Using Blockchain Technology
— Secure routing in IoT networks with SISLOF
— Employing Attribute – Based Encryption in Systems with Resource Constrained Devices in an Information – Centric Networking Context
— IBS Enabled Authentication for IoT in ION Framework
— SECURING USER IDENTITY AND TRANSACTIONS SYMBIOT CALLY: IOT MEETS BLOCKCHAIN
— Improving Internet of Things Device Certification with Policy Based Management
— Physical layer authentication of Internet of Things wireless devices through permutation and dispersion entropy
— Smart Cameras with onboard Signcryption for securing IoT Applications
— Secure Group Communication in Constrained Networks
— Ambient Water Usage Sensor for the Identification of Daily Activities
— GPS – free Geolocation using LoRa in Low – Power WANs
— Energy Efficient Heart Rate Sensing using a Painted Electrode ECG Wearable
— Towards smart working spaces with enhanced well – being and safety of elderly staff
— IoT platforms interoperability for Active and Assisted Living Healthcare services support
— Towards Realization of an IoT Environment
— Presentation – Kary Främling, Alto University
— IoT for Clean Energy and Responsible Consumption & Production
— IoT for Clean Water and Sanitation
— Clean Water Monitoring (CWM)
— IoT for Good Health and Well Being
— The Internet of Things for Dementia Care
— THE INTERNET OF WOMEN℠ : A JOURNEY
— SDG : IoT for Inclusiveness and Reduce Inequalities
— Chapter 5: Spanning the Internet divide to drive development (ITU)
— IoT and SDG #9 – Technology for Good
— From Machine Data to Data Driven Services
— IIoT for Industry Innovation and Infrastructure
— IoT and No – Poverty
— IoT & ZHC – SDG 2
— SDG: IoT to overcome Hunger and Poverty
— Honduras Digital City
— United for Smart Sustainable Cities
— Smart Dubai
— Evolution through Intelligence
— The Road to Digital Transformation
— The Power of Connected Sensors and Actuators
— Ubiquitous IoT LoRa Networks in Practice
– IoT for Developing Countries
— Emerging IoT Solutions from Africa
— India’s perspective on IoT in smart cities program
– IoT for Smart Living and Ageing Well
— Presentation – EMEA STMicroelectronics
– IoT Standards Ecosystem
— Standards and Eco-system
— ITU – R studies in support of the Internet of Things
— IOT STANDARDS ECOSYSTEM – Whats New
— AIOTI and WG3
— IOT Standards
– Multi Access Edge Computing
— ETSI Multi – Access Edge Computing
— Mobile Edge Computing: A customizing and deployment opportunity in 5G
— IoT & Digitalization – 5G & Distributed Cloud
— Network slicing in the context of IoT
– NanoloTech
— I, IoT
— Semiconductor Technology at the Core of IoT Applications
– Web of Things
— Countering Fragmentation to unlock the potential of the IoT
— Emerging IoT Researches and Technologies
— Web of Things – Panel
— Reconfiguring the stakeholder value chain
— Gamechanger
— Gamechanger IoT Innovations
— IoT and Data Challenges
— IoT and Big Data
— Big Data Why and Where Big Data will Matter
— To Become Fit for the IoT Data Game Change
– Industry 4.0 and Smart Factory and Delivery
— Driving the Digital Enterprise
— How IOT enables digital value in industry 4.0
– IoT & the Fourth Industrial Revolution
— The Industrial Space: the BEinCPPS Experiment in Smart Moulds
— The IoT Solutions Space: Edge – Computing IoT architecture, the FAR EDGE Project
— Implementing Whirlpool I4.0 Strategy
— PSYMBIOSYS – IoT and the fourth Industrial Revolution
— The IoT Solutions Space: Real – Digital World Data Interoperability in the Product – Service Lifecycle: the PSYMBIOSYS IoT Platform
– IoT market Perspectives
— From Hype to Mature Ecosystems
— IoT Market Perspective: India Market
— ERICSSON IOT MARKET PERSPECTIVES
– Emerging Threats and Paradigm Shifts
— There is No Perimeter in IoT Security
— Systemic Analyser in Network Threats
– GDPR & IoT
— CCTV, the IoT & GDPR
— Towards the Certification for IoT
— IoT Privacy and Security: Legal Issues (GDPR)
– IoT Risk Management
— IoT Workshop on Energy and Home Confort
— SAINT – Systemic Analyser in Network Threats
— Trust in IoT and Its Applications
— IoT privacy risk management in ANASTACIA project
– IoT market Perspectives
— Convention 108 of the Council of Europe for the Protection of Individuals with regard to Processing of Personal Data
— Cybersecurity and Privacy for the Internet of Things
– Smart Transportation
— IoT and Emerging Technologies in Smart Transportation
— Swiss Mobility Lab learnings : The importance of UX for Future Mobility Solutions
– Trends In Smart Cities
— Smart Cities and the Co – Creation Paradigm
— Open and Agile Smart Cities
— IoT trends in smart cities – Eurocities
— IoT Trends in Smart Cities – Fiware
– Big Data – Globally Interoperable IoT Identification RDA 1,2,3
— Globally Interoperable IoT Identification
— Multi IoT Service Platform (MISP)
— Identifiers in IoT
— FIWARE: supporting an (IoT) Cloud for RDA in Europe
— IoT Standards drive Frictionless Analytics
— Globally Interoperable IoT Identification and Data Processing
— To Become Fit for the IoT Data Game Change
— Expanding the Internet – From moving digital information to managing it
— Identifier Infrastructure Usage for Global Climate Reporting
— NIOT Platform and its Applications
– Building Web of Things
— Building the Web of Things
– End-user Engagement Multi Stakeholder Co-creation for IoT Contexts
— U4IOT
– Energy and Home Comfort
— CONNECTED HOME & BUILDING : FOSTER ENERGY SAVING THROUGH WELLBEING
— CLEAN ENERGY FOR ALL EUROPEANS
— Internet of Energy
— IoT for Home Comfort and Energy
– Innovative IoT Platform Technologies
— Innovative Platform Technologies & Collaboration
– IoT in Medical Science and Healthcare
— Blockchain for mHealth consent exchange
— IoT in Medical Sciences and Healthcare
— IOT ON ACTIVE & HEALTHY AGEING
– Robotics
— PUBLIC INTERNET OF ROBOTIC THINGS
— Combining IoT and Intelligent Robotics – Challenges and Opportunities, Davide Bacciu
— Combining IoT and Intelligent Robotics – Challenges and Opportunities, Mauro Dragone
— Combining IoT and Intelligent Robotics – Challenges and Opportunities, Filippo Cavallo
— IoT and Industrial Robotics: case studies and challenges