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The Internet is continuously evolving from a static, host-based, uniquely attached node model to a mobile, host-free node model with the possibility of multiple attachment points to the network. However, the current Internet was not designed to support this type of workload because of its strict addressing mechanism. Thus, the Future Internet promotes the introduction of new architectures that provide...
In this paper we discuss the experimentation results we obtained from performing video streaming in Internet of Things (IoT) scenarios built on top of Content Centric Networking (CCN) architecture. More precisely, we used the Dynamic Adaptive Streaming over HTTP (DASH) mechanism to split videos into multiple pieces, also offering multiple bit-rates. Such pieces are then streamed by a DASH client from...
The discovery of network objects (content, services, devices, persons, etc.) is an important challenge to face when researching towards the Future Internet. In this paper we give an overview of the challenge regarding network object discovery for the Future Internet, proposing a new architecture that provides mechanisms to achieve network object discovery from partial object descriptions, building...
The rising of the Internet of Thing has imposed new challenges for the Future Internet to cover the specific requirements in terms of simplicity, low-power, and addressing flexibility. In this paper we present an architecture that allows network elements (things) to reach each other in terms of their identities instead of addresses or flat labels. Thus, the network entities are addressed in a natural...
In this paper we discuss an approach to build a secure and scalable network interconnection mechanism based on a gateway overlay network for address-less, identifier-based networks. The purpose of the overlay network is twofold. First, it provides a mapping between end-node identifiers and gateway identifiers. Second, it is the mechanism used to deliver messages from one network to another. As the...
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