Abstract
The importance of studying private networks in communication and information exchange has
increased due to the ease and speed of building in emergency situations among members of rescue teams in
the site of large-scale disasters when the infrastructure cannot be used at the time of the disaster, and that
the technology of private networks is non-wireless stations without the use of base stations or Router or
Access point. The routing protocol for establishing a path is important because the stations move frequently,
and the connection break cannot be known in real-time. Therefore, a proactive way to find link separation is
by continuous exchange of routing information. In the proactive routing protocol, each party sends routing
information on a regular basis. In this paper, information about the application layer was added when
creating the route and a simple information distribution system was created through the simultaneous
distribution of information held by each station at that time.
increased due to the ease and speed of building in emergency situations among members of rescue teams in
the site of large-scale disasters when the infrastructure cannot be used at the time of the disaster, and that
the technology of private networks is non-wireless stations without the use of base stations or Router or
Access point. The routing protocol for establishing a path is important because the stations move frequently,
and the connection break cannot be known in real-time. Therefore, a proactive way to find link separation is
by continuous exchange of routing information. In the proactive routing protocol, each party sends routing
information on a regular basis. In this paper, information about the application layer was added when
creating the route and a simple information distribution system was created through the simultaneous
distribution of information held by each station at that time.
Keywords
Ad Hoc
AODV
Exchange of information
OLSR
Ubuntu