Matches in DBpedia 2014 for { <http://dbpedia.org/resource/History_of_wireless_mesh_networking> ?p ?o. }
Showing items 1 to 26 of
26
with 100 items per page.
- History_of_wireless_mesh_networking abstract "A wireless mesh network has the core advantage of an inherent ability to form a network on power up. Watch what happens in Fig 1, when the mesh nodes power up (green LED on box turns on). The nodes hear each other's broadcast and form a network. Also watch what happens when a node fails and how the nodes discover an alternate routing path. This healing is fully automatic.Over the years, wireless mesh networking has seen three unique deployments based on radio technology, each incorporating iterative improvements allowing for greater scalability and higher network performance - both throughput and latency.[citation needed] This early stage of pre IEEE standard technological development is known as first Generation of Wireless Mesh.[citation needed] The following deployments are briefly described of various configurations of first generation Wireless Mesh Networking:Winrich Hoseit of Cologne, Germany first described the "DIRC technology" (digital inter relay communication) with PCT patent No. DE 197 37 897 and DE 197 33 586.[citation needed] Because transmitted radio waves always interfere, the ratio of carrier to interference first had to be worked out. Hoseit also discovered how to prevent latency by transmitting single symbols rather than digital packages. (symbol stream switching). Each node collaborates with its neighbor-nodes via a control channel (CCH) to choose the frequency, time and energy with which to transmit each symbol. Only the final destination "understands" the application with the lowest possible latency.[citation needed]".
- History_of_wireless_mesh_networking thumbnail Self-form-self-heal.gif?width=300.
- History_of_wireless_mesh_networking wikiPageExternalLink manet.
- History_of_wireless_mesh_networking wikiPageExternalLink commotion.
- History_of_wireless_mesh_networking wikiPageExternalLink the-mesh-debate.
- History_of_wireless_mesh_networking wikiPageExternalLink NetworkWhitePaper.pdf.
- History_of_wireless_mesh_networking wikiPageExternalLink www.mesh-networks.org.
- History_of_wireless_mesh_networking wikiPageExternalLink Mesh_Mining_July08.pdf.
- History_of_wireless_mesh_networking wikiPageExternalLink frequently_asked_questions.
- History_of_wireless_mesh_networking wikiPageExternalLink roofnet.
- History_of_wireless_mesh_networking wikiPageID "14236107".
- History_of_wireless_mesh_networking wikiPageRevisionID "572126004".
- History_of_wireless_mesh_networking cleanup "December 2008".
- History_of_wireless_mesh_networking hasPhotoCollection History_of_wireless_mesh_networking.
- History_of_wireless_mesh_networking originalResearch "October 2008".
- History_of_wireless_mesh_networking subject Category:Network_topology.
- History_of_wireless_mesh_networking subject Category:Radio_resource_management.
- History_of_wireless_mesh_networking subject Category:Wireless_networking.
- History_of_wireless_mesh_networking comment "A wireless mesh network has the core advantage of an inherent ability to form a network on power up. Watch what happens in Fig 1, when the mesh nodes power up (green LED on box turns on). The nodes hear each other's broadcast and form a network. Also watch what happens when a node fails and how the nodes discover an alternate routing path.".
- History_of_wireless_mesh_networking label "History of wireless mesh networking".
- History_of_wireless_mesh_networking sameAs m.0351h1.
- History_of_wireless_mesh_networking sameAs Q610538.
- History_of_wireless_mesh_networking sameAs Q610538.
- History_of_wireless_mesh_networking wasDerivedFrom History_of_wireless_mesh_networking?oldid=572126004.
- History_of_wireless_mesh_networking depiction Self-form-self-heal.gif.
- History_of_wireless_mesh_networking isPrimaryTopicOf History_of_wireless_mesh_networking.
