Nowadays, we have many Smart Objects near us connected to the Internet. These objects could make things together if an easy platform existed. There are many researches about interconnecting Smart Objects but we propose a novel approach using human Social Networks and a Domain-Specific Language. This approach makes easier the creation of intercommunications not only among objects but also between objects and humans. We propose a novel DSL that allows defining objects with sensors and actuators, and defining connections to Social Networks in order to publish the sensors' values and to do actions based on events triggered by messages. Moreover, with the DSL we will be able to establish external actions and status in order to make the objects be aware of the environment.
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In this article is considered Vehicular Ad-Hoc Networks (VANETs) as a technology aimed at the exchange of information between vehicles, where the nodes/vehicles of origin and destination, do not have a direct communication. Also, is emphasized and analyzed the use interest of a TCP (Transition Control Protocol) traffic flow, since it is one of the fundamental protocols for Internet of things (IoT). Most Internet applications use TCP to create ``connections'' with each other, to maintain applications with a continuous data flow, it is, TCP over Internet guarantees the integrity and delivery of the data to its destination without errors and in the same order in which they were originally transmitted. At the end of the article, it is discussed how the mobility in VANET networks, impacts a continuous flow of data on TCP, performing this analysis by modeling a scenario in NetLogo and its simulation with NS2.
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