Earticle

A connected car offers various information services and entertainment services inside the car because of the addition of the network connection function as a connection between a device inside the car and an outside network. This network can connect the car with a network such as 3G/LTE to allow a bilateral real-time service. This allows the “smart devicing” of the car. However, because of the addition of the abovementioned function, the car is exposed to various safety accidents. In this paper, we analyze the security threats posed in a connected car environment and discuss the trend of research concerning safety in such an environment. In addition the application platform future is also discussed.

With the Semantic Web people participate more actively in the building of information and take on an active role in enriching collaborative knowledge bases with user-generated contents. Moreover, new online resources have quickly gained impact on information management, such as the social bookmarking systems, which enable users to store, manage and share tagged Web content through folksonomies. These social tools allow users to associate free chosen keywords (tags) with Web content with the aim of providing an efficient navigation system through the heterogeneous amount of information available on the Web. However, the association of tags is totally arbitrary so that the use of synonyms, homonyms and new slang terms often hampers the Web information retrieval. Our project proposes the development of an innovative social bookmarking system based on a priori classification with semantic tags and structured categories extracted from online linguistic resources, which aims at disambiguating Web Content. According to this approach, each content will be described through two axes: a vertical one, concerning a hierarchical taxonomic classification and a horizontal one, dealing with a folksonomic classification. The final aim is to create a collaborative knowledge base of semantically disambiguated contents and to achieve more precise results in Web retrieval.

The ISO international standard for H-Anim defines the hierarchical structure of a humanoid model that can be used for generating human like motion. In general, motion capture animation can be programmed manually or graphics tools that have the function of generating animation can be used. In these cases, the modeling and animation are dependent on the program or tools used. To enhance the portability of motion capture animation in any programming environment, an exchangeable data format for H-Anim modeling and animation is required. In this paper, a method for defining H-Anim model and animation data using motion capture is defined. It includes conversion algorithms for generating H-Anim model and animation data from general 3D character and motion capture data. The resulting modeling and animation data can be displayed using a general X3D browser.