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Click the Macromedia Flash movie below to view a demonstration
of Bluetronix's SwarmSim software running the Swarm Autonomous Routing Algorithm.
This simulation shows 100 nodes scattered over a 100 × 100 square km area. There is no prior knowledge by any the nodes of location or for that
matter any information. Broadcast range is 30 km and a single sender and receiver is chosen. This option is chosen because it is easier to see the paths chosen
for routing to a single destination. A white line illustrates a completed path between sender and receiver, and hence a delivered message. The blue lines
represent broadcasts. Statistics are shown. The first demonstration is without learning with the swarm and performs real well. The second demonstration
is with learning by calculating "bi-directional pheromones," and the results are even better! Proceed by simply clicking on the picture, which will open
the demonstration in a new window. In order to exit, click the X in the upper right corner. Thank you for your interest in Bluetronix and swarm
routing for mobile ad hoc networks.
Click the Macromedia Flash movie below to view a demonstration
of Bluetronix's SwarmSim software running a routing algorithm without the "learning" benefits of the Swarm Autonomous Routing Algorithm.
The SwarmSim Demo is a program designed to demonstrate the
performance of Bluetronix's swarm autonomous routing algorithm. For information on SwarmSim, including a downloadable demo version, click here.
First
Responders must be able to communicate with one another regardless
of the situation in order to make the best use of their energy and
to maintain public safety. They need an instantaneous self-organizing
network that will automatically establish a data network in the
event of a disaster. The Swarm Network serves as their link to many
nodes moving and not moving using communications equipment that
rescuers are already carrying, making their job easier and their
response faster. The Bluetronix Swarm Mobile Ad-hoc Network responds
and builds an ad-hoc communication in less than one second!
As
we show in this demonstration, each node in an ad-hoc network is
the destination of some information packets while at the same time
it can function as relay station for other packets to their final
destination. This multi-hop support is the way Swarm ad-hoc networks
function, making communication between nodes outside direct radio
range of each other now possible in the event of a disaster or loss
of communication with the network infrastructure. Therefore the
system will work even if 90% of it is destroyed.
View
the Flash Animated First Responders Demo
Emulation Demos
Bluetronix Live Demo [Click on the image to play]
(Note: It is important to go through the Readme file before downloading and running the demos by following the link "Readme File" below.)
[Readme File] [Console Based Visualizer Guide] [3-D Visulazier Guide] [Visualizer_User_Guide]
Console Matrix Based Demos [Click on the image to play]
3D Demos [Click on the image to play]
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