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This paper proposes an inter-vehicle live media content distribution system among neighboring vehicles for driving safety on roads. The proposed system can enlarge a driver's range of visibility by means of sharing front-end views among neighbor vehicles. Meanwhile, the system can assist in securing the safety of drivers on roads. Prototypical implementation exhibits scenarios, usages and demonstration...
This paper presents a system and method for enabling real-time captured video sharing services among neighboring vehicles in self-organized vehicular network environments. When vehicles are equipped with image capturing and Wi-Fi modules, they are capable of establishing local wireless networks, connecting with other peers, and fetching on-line video records from neighboring peers. This service design...
This paper designs an integrated multimedia system which is able to perform intelligent controls on media devices and services in a home-based context-aware environment. In this design, this proposed system functions both of intelligent media content distribution and multimedia convergence mechanisms. Not only local media fils but enormous Internet media streams can be advertised and distributed across...
This paper proposes a new UPnP-compatible mechanism for enabling converged media streaming and playback services across multiple media devices in home networks. This mechanism design comprises three functional entities, including the UPnP AV media server, UPnP AV device controller, and converged media proxy. The functionality of this mechanism can accommodate heterogeneity of media content formats,...
The penetration ratio of broadband networks into residential areas increases rapidly by the wide distribution of Internet service providers and networks. People are able to distribute and play various media content with many types of networked multimedia devices for home multimedia entertainment in residential environments. This paper addresses a new idea of home-based IoT networks where home-networked...
This paper designs a new gesture-assisted remote control approach for media content sharing and distribution among UPnP-based devices in home networks. Users can easily indicate any target devices with NFC functions and instruct them to push or pull media content by a friendly operational method rather than traditional menu-style browsing methods that ordinary devices can only support. Demonstration...
The peer-to-peer networking technologies and systems provide a rapid and scalable content distribution mechanism for the increasing client population to access an explosive volume of media files on the Internet. Whereas the BitTorrent protocol and its derivatives are the most popular peer-to-peer file sharing applications, this paper proposes the performance measurement and analysis of BitTorrent...
This paper proposes a simple, application-level, and platform-independent mechanism which provides seamless media streaming and playing services in a home network. Prototype implementation achieves the software applications which can perform fast TCP re-connections and pre-fetch media segments, thus sustaining playback continuity against users' movements in a ubiquitous home network environment.
This paper proposes a home gateway architecture which integrates P2P file sharing and UPnP AV services on the OSGi framework. This design allows UPnP devices to access P2P media content from the Internet. Prototype demonstration presents several friendly UPnP-style scenarios for P2P AV entertainment in a home network environment.
This paper proposes a secure mobile content delivery architecture in an integrated, hybrid network environment. Its design comprises device discovery, asynchronous content delivery, secure access control and virtual file system with dynamic reference mapping mechanisms, which are able to alleviate several inherent limitations in wireless and mobile networks. It thus enables mobile handheld devices...
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