Discovering and accessing peer-to-peer services in UPnP-based federated Domotic Islands

Bellavista, Paolo; Gallo, Pamela; Giannelli, Carlo; Toniolo, G.; Zoccola, A.

doi:10.1109/tce.2012.6311322

Cited by 12 publications

(5 citation statements)

References 23 publications

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“…In particular, in the tested environment the payload consists of several arrays each one with tens of floats serialized by adopting the default Java serialization mechanism, designed to maximize flexibility at the cost of increased computational and size overhead. For instance, by adopting protobuf it is possible to greatly reduce the CPU load of de/serialization procedures (additional details in our previous work [11]). However, regardless of the adopted de/serialization mechanism OS routing, Node sequence, and Flow id will be always more efficient, since they do not need to deserialize the packet payload on intermediary nodes.…”

Section: Multi-lane In-the-field Experimental Evaluationmentioning

confidence: 99%

A Reference Model and Prototype Implementation for SDN-Based Multi Layer Routing in Fog Environments

Bellavista

Giannelli

Montenero

2020

IEEE Trans. Netw. Serv. Manage.

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If compared with Cloud computing, Fog computing is proving to support challenging scenarios imposing strict delay requirements, e.g., tactile Internet and Industrial Internet of Things (IIoT), and increased flexibility, e.g., dynamic Smart City and users' follow-me provisioning case. In fact, by exploiting computing, storage, and connectivity resources in the proximity of sensors and actuators (for IIoT) and of mobile nodes carried by citizens (for Smart Cities), significant portions of services and functionalities can be migrated outside datacenters. However, such scenarios are characterized by increased heterogeneity of nodes in terms of hardware/software, of time-varying applications possibly offered by multiple service providers at the same time, and frequent joining/leaving of nodes as a typical behavior.To overcome these issues, the paper originally proposes Multi-Layer Advanced Networking Environment (Multi-LANE), a Multi Layer Routing (MLR) solution based on Software Defined Networking (SDN) that specifically targets the emerging and promising Fog-based deployment environments. Multi-LANE dynamically selects and exploits (even at the same time) different routing strategies and mechanisms suitable for applications with heterogeneous features and requirements. Based on its centralized point of view, our Multi-LANE SDN controller determines the most suitable path and configures the proper MLR forwarding mechanism, ranging from traditional IP and sequence-based overlays to more articulated ones based on the inspection of payload content types and values. In addition to design/implementation insights and to the availability of the Multi-LANE prototype, this paper also provides the community with a significant contribution in terms of novel models for forwarding mechanisms specialized for Fog computing scenarios.

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Section: Multi-lane In-the-field Experimental Evaluationmentioning

confidence: 99%

A Reference Model and Prototype Implementation for SDN-Based Multi Layer Routing in Fog Environments

Bellavista

Giannelli

Montenero

2020

IEEE Trans. Netw. Serv. Manage.

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“…Now Cate's tablet can effortlessly upload pictures directly to her NAS Web server via HTTP, even if the latter resides in her private home LAN. Furthermore, since Alice and Cate are friends on Facebook, their UCNs are federated, thus supporting the browsing of DLNA AV Media Server content stored in Cate's NAS from Alice's smart TV as if they were in the same IP subnet, by exploiting legacy mass-market solutions based on standard UPnP enhanced by a transparent proxy-based gateway [14].…”

Section: User-generated Content Management Based On Cps Sensors and Actuatorsmentioning

confidence: 99%

Cyber Physical Sensors and Actuators for Privacy- and Cost-Aware Optimization of User-Generated Content Provisioning

Bellavista¹,

Giannelli²

2015

International Journal of Distributed Sensor Networks

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Nowadays there is growing interest in evolving the distributed sensors concept from the more traditional one of enabling technology to monitor the surrounding physical environmenttowards Cyber Physical Systems (CPS) sensors and actuators, that is, as a suitable tool to measure/influence the cyber activity of possibly worldwide communities of users (e.g., any geotagged operation leaving a cyber footprint and any cyber physical incentive to stimulate activity as in crowdsensing). To leverage this novel perspective, we propose a framework to integrate at bestmultilayer CPS sensors and actuatorsas the basis for autonomic management operations on both physical and cyber worlds. In this paper the specific application domain target is peer-to-peer content sharing based on social identities and relationships, but we claim that the proposed CPS framework is of general applicability. In particular, our original middleware solution adopts CPS actuators to move users’ content temporarily from smart home environments to high-performance cloud resources to minimize the access time of a dynamically selected quota of contents. Then, based on social network sensors and connectivity/networking ones hosted at lightweight domestic Web servers, our CPS actuators can originally and dynamically move content back from the cloud to smart homes when appropriate, in order to both retain full ownership of user-generated content and reduce cloud hosting costs.

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“…A home gateway is such a device [6][7][8][9]. Home appliances can be monitored and controlled via a network deployed inside the home.…”

Section: Introductionmentioning

confidence: 99%

Home Appliance Management System for Monitoring Digitized Devices Using Cloud Computing Technology in Ubiquitous Sensor Network Environment

Cui

Kim

et al. 2014

International Journal of Distributed Sensor Networks

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The number of service techniques available for digitized home appliances is rapidly increasing as a result of various advances in digital technology. Users can now easily control and monitor home appliances via sensor networks formed among home appliances in ubiquitous environments. However, home appliances generate such large amounts of metadata about their status every month that in order to provide home appliance monitoring services to users, an approach that is able to store, analyze, and process these large amounts of metadata is needed. We propose a system that uses UPnP to collect metadata from home appliances and cloud computing technology to store and process the metadata collected from ubiquitous sensor network environments. Our proposed system utilizes a home gateway and is designed and implemented using UPnP technology to search for and collect device features and service information. It also provides a function for transmitting the metadata from the home appliances to a cloud-based data server that uses Hadoop-based technology to store and process the metadata collected by a home appliance monitoring service.

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Discovering and accessing peer-to-peer services in UPnP-based federated Domotic Islands

Cited by 12 publications

References 23 publications

A Reference Model and Prototype Implementation for SDN-Based Multi Layer Routing in Fog Environments

A Reference Model and Prototype Implementation for SDN-Based Multi Layer Routing in Fog Environments

Cyber Physical Sensors and Actuators for Privacy- and Cost-Aware Optimization of User-Generated Content Provisioning

Home Appliance Management System for Monitoring Digitized Devices Using Cloud Computing Technology in Ubiquitous Sensor Network Environment

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