Abstract: Provided is an intelligent disaster management method and an apparatus using a satellite image. The disaster management method includes receiving a satellite image to monitor a disaster, setting a location of an area for disaster monitoring and a type of disaster to be monitored and selecting at least one satellite image associated with the location of the area and the type of disaster among the received satellite images through a satellite image selection model, synthesizing the selected satellite images through a satellite image synthesis model and generating disaster image data which enables to monitor a disaster, and monitoring a disaster of the area for disaster monitoring by using the disaster image data.

Abstract: When sensor information including user's position information, bearing information, and direction information is collected, an accessible agency list near agency sensor information is requested from the agency providing a network. When at least one accessible agency list generated based on sensor information is received from the agency, it is searched whether there is an agency satisfying sensor information from among the agencies in the list. When the agency satisfying sensor information is found, the user accesses the network through the agency to access the network of the agency according to a user direction.

Abstract: A single-media multi-devices (SMMD) home server includes a plurality of media decoding units decoding multi-channel AV media data divided from a realistic media content and reproducing the decoded multi-channel AV media data; a home server processor unit dividing the realistic media content into the multi-channel AV media data and effects data, feeding the divided multi-channel AV media data to the media decoding units, and generating effects control data corresponding to the divided effects data; and a gateway/Ethernet switch receiving the realistic media content through a network and forwarding the received realistic media content to the home server processor unit, and receiving the divided multi-channel AV media data from the home server processor unit and feeding the received multi-channel AV media data to the media decoding units through a switching function.

Abstract: Provided are an apparatus and method for modeling and analyzing a network simulation for a salable simulation framework (SSF)-based network simulation package. A system logic set is generated and a network simulation modeling suitable for a predetermined network application is formed according to the system logic set. The network simulation modeling is transmitted to a predetermined network simulation package that performs simulation. Statistical information is generated based on the result according to the system logic set. Complicated network simulation modeling errors can be minimized, and remodeling of the network simulation modeling can be reduced.