All Stories

  1. μ-VF: Enabling Virtualization of Embedded FPGAs
  2. μ-VF: Enabling Virtualization of Embedded FPGAs
  3. HERALD: A Hybrid distributEd leaRning incrementAL & feDerated solution for knowledge distillation in COVID-19 classification
  4. µ-VF: Enabling Virtualization of Embedded FPGAs
  5. Federated learning across the compute continuum: A hierarchical approach with splitNNs and personalized layers
  6. Securing Modbus in legacy industrial control systems: A decentralized approach using proxies, Post-Quantum Cryptography and Self-Sovereign Identity
  7. An integration perspective of security, privacy, and resource efficiency in IoT-Fog networks: A comprehensive survey
  8. Seamless remote roaming activation in LoRaWAN via an API-driven gateway bridge service
  9. From Edge to Cloud: Securing Distributed Containerized Applications
  10. Mutable Blockchains in IoT-Driven Sustainable Urban Planning: Challenges, and Analytical Modeling
  11. Reconfigurable Distributed Model Predictive Control for Decentralized IT/OT Systems
  12. State-Based Modeling and Anomaly Detection in Industrial Systems Using DEVS
  13. Bridging ACO-Based Drone Logistics and Computing Continuum for Enhanced Smart City Applications
  14. Exploring and Mitigating Gradient Leakage Vulnerabilities in Federated Learning
  15. RTHM: Real-Time Hard Timeout Management for Reliable QoS in Industry 4.0 Networks
  16. Enhancing CNN Performance Through Tiny Image Sets and Incremental Learning Techniques
  17. Proxy-Based Approach for Securing Modbus Communication with Post-quantum Cryptography: A Hydrogen-Based Smart Grid Case Study
  18. Discrete Event Modeling and Simulation Approaches for IIoT
  19. Operational Technologies in Industrial Control System: Cybersecurity Perspectives and Research Trends
  20. On the Way to Distribute Compute Continuum Urban Applications by Deploying Clusters of Drones
  21. Bridging IoT Protocols with the Web of Things: A Path to Enhanced Interoperability
  22. Enhancing UAV Operational Efficiency through Cloud Computing and Autopilot System Integration
  23. Paving the Way for an Urban Intelligence OpenStack-Based Architecture
  24. MocapMe: DeepLabCut-Enhanced Neural Network for Enhanced Markerless Stability in Sit-to-Stand Motion Capture
  25. FaaS for IoT: Evolving Serverless towards Deviceless in I/Oclouds
  26. 3D Printing and Blockchains for an Emergency Response Supply Chain
  27. A Deep Learning-Driven Self-Conscious Distributed Cyber-Physical System for Renewable Energy Communities
  28. An NLP-guided ontology development and refinement approach to represent and query visual information
  29. A Resilient Fire Protection System for Software-Defined Factories
  30. A Fog-Based Architecture for Latency-Sensitive Monitoring Applications in Industrial Internet of Things
  31. Cloud-based Web of Things: A Telemedicine Use Case
  32. Empirical Analysis of Federated Learning Algorithms: A Federated Research Infrastructure Use Case
  33. Infrastructure-centric, NetworkServer-agnostic LoRaWAN Roaming
  34. A Cloud-Based and Dynamic DNS Approach to Enable the Web of Things
  35. Interfacing Intelligent Personal Assistant to SDI/O with one click
  36. On the way to a configurable testbed to support IoT research
  37. Managed ELK deployments at the Edge with OpenStack and IoTronic: an italian Smart City case study
  38. Cloud-based Network Virtualization in IoT with OpenStack
  39. Deviceless: A Serverless Approach for the Internet of Things
  40. IoT/Cloud-Powered Crowdsourced Mobility Services For Green Smart Cities
  41. BLE-Enabled On-Site Diagnostics For An IoT/Cloud-Controlled Energy Substation
  42. DILoCC: An approach for Distributed Incremental Learning across the Computing Continuum
  43. From Vertical to Horizontal Buildings Through IoT and Software Defined Approaches
  44. Design and evaluation of a fog platform supporting device mobility through container migration
  45. Verifiable and auditable authorizations for smart industries and industrial Internet-of-Things
  46. Video representation and suspicious event detection using semantic technologies
  47. Enabling Secure RESTful Web Services in IoT using OpenStack
  48. A Stack4Things-based Web of Things Architecture
  49. Internet of Things Network Infrastructure for The Educational Purpose
  50. Cloud-based Enabling Mechanisms for Container Deployment and Migration at the Network Edge
  51. Experimenting with smart contracts for access control and delegation in IoT
  52. A NodeRED-based dashboard to deploy pipelines on top of IoT infrastructure
  53. Fog-Enabled Industrial WSNs to Monitor Asynchronous Electric Motors
  54. Smart Healthy Intelligent Room: Headcount through Air Quality Monitoring
  55. Toward a Function-as-a-Service Framework for Genomic Analysis
  56. Design of a Trustless Smart City system: The #SmartME experiment
  57. A deep learning approach for pressure ulcer prevention using wearable computing
  58. Optimal Selection Techniques for Cloud Service Providers
  59. A Mininet-Based Emulated Testbed for the I/Ocloud
  60. Transparent, Provenance-assured, and Secure Software-as-a-Service
  61. Authorization Transparency for Accountable Access to IoT Services
  62. Enabling Container-Based Fog Computing with OpenStack
  63. Blockchain-Based Publicly Verifiable Cloud Storage
  64. Software-Defined City Infrastructure: A Control Plane for Rewireable Smart Cities
  65. Toward a Trustless Smart City: the #SmartME Experience
  66. Enabling Workload Engineering in Edge, Fog, and Cloud Computing through OpenStack-based Middleware
  67. Container Migration in the Fog: A Performance Evaluation
  68. An IoT service ecosystem for Smart Cities: The #SmartME project
  69. Data agility through clustered edge computing and stream processing
  70. A Cloud-Based Overlay Networking for the Internet of Things: Quantitative Evaluation
  71. Hierarchical load balancing as a service for federated cloud networks
  72. Blockchain and IoT Integration: A Systematic Survey
  73. Extending Openstack for Cloud-Based Networking at the Edge
  74. Blockchain-Based IoT-Cloud Authorization and Delegation
  75. Companion Fog Computing: Supporting Things Mobility Through Container Migration at the Edge
  76. Virtualization and Migration at the Network Edge: An Overview
  77. Metropolitan intelligent surveillance systems for urban areas by harnessing IoT and edge computing paradigms
  78. Building a Smart City Service Platform in Messina with the #SmartME Project
  79. Crowdsourcing and Stigmergic Approaches for (Swarm) Intelligent Transportation Systems
  80. Data Processing in Cyber-Physical-Social Systems Through Edge Computing
  81. I/Ocloud: Adding an IoT Dimension to Cloud Infrastructures
  82. Integrating IoT and cloud in a smart city context: the #SmartME case study
  83. Secure Registration and Remote Attestation ofIoTDevices Joining the Cloud: TheStack4ThingsCase of Study
  84. Towards a Global Intelligent Surveillance System
  85. Providing Sensor Services by Data Correlation: The #SmartME Approach
  86. Pushing Intelligence to the Edge with a Stream Processing Architecture
  87. Head in a Cloud: An approach for Arduino YUN virtualization
  88. Extending Bluetooth Low Energy PANs to Smart City Scenarios
  89. Fenci Message from General Co-Chairs
  90. Orchestrated Multi-Cloud Application Deployment in OpenStack with TOSCA
  91. Device-Centric Sensing: An Alternative to Data-Centric Approaches
  92. Quantitative evaluation of Cloud-based network virtualization mechanisms for IoT
  93. User-Space Network Tunneling Under a Mobile Platform: A Case Study for Android Environments
  94. Turning Messina into a Smart City: The #SmartME Experience
  95. Personalized Health Tracking with Edge Computing Technologies
  96. IoT-cloud authorization and delegation mechanisms for ubiquitous sensing and actuation
  97. Hospitalized Patient Monitoring and Early Treatment Using IoT and Cloud
  98. A Stack4Things-based platform for mobile crowdsensing services
  99. Real-time guidance system for cranes to manage risks due to releases of hazardous materials
  100. Deploying advanced services in the #SmartME infrastructure
  101. Stack4Things: a sensing-and-actuation-as-a-service framework for IoT and cloud integration
  102. An IoT Testbed for the Software Defined City Vision: The #SmartMe Project
  103. Stack4Things as a fog computing platform for Smart City applications
  104. Mobile crowdsensing as a service: A platform for applications on top of sensing Clouds
  105. A Crowd-Cooperative Approach for Intelligent Transportation Systems
  106. An OpenStack-Based Implementation of a Volunteer Cloud
  107. BEACON: A Cloud Network Federation Framework
  108. Enabling mechanisms for Cloud-based network virtualization in IoT
  109. Software Defined Cities: A Novel Paradigm for Smart Cities through IoT Clouds
  110. Stack4Things: An OpenStack-Based Framework for IoT
  111. A Smart City Lighting Case Study on an OpenStack-Powered Infrastructure
  112. A utility paradigm for IoT: The sensing Cloud
  113. A Modular Approach to Collaborative Development in an OpenStack Testbed
  114. Enabling Collaborative Development in an Open Stack Testbed: The Cloud Wave Use Case
  115. Cloud-Based Network Virtualization: An IoT Use Case
  116. A framework for device-centric sensing cloud
  117. Stack4Things: Integrating IoT with OpenStack in a Smart City context
  118. ENERGY-EFFICIENT MACHINE-TO-MACHINE NETWORKS BUR AKKA NTA RCI A ND H USSEIN T. MOU F TA H
  119. Mobiles for Sensing Clouds: the SAaaS4Mobile Experience
  120. Application deployment for IoT: An infrastructure approach
  121. Abstraction of On-Board Resources in Mobiles: SAaaS4Mobile, a First Step towards a Sensing Cloud
  122. Towards the Cloud of Things Sensing and Actuation as a Service, a Key Enabler for a New Cloud Paradigm
  123. An Architecture for Runtime Customization of Smart Devices
  124. Infrastructure Setup and Deployment in Sensing Cloud Environments
  125. A hypervisor for infrastructure-enabled sensing Clouds
  126. Exploiting SAaaS in Smart City Scenarios
  127. The Core Approach of SAaaS in Action: The Planning Agent
  128. Sensing and Actuation as a Service: A New Development for Clouds
  129. Enabling the Cloud of Things