AdHocNetworks Glossary: Difference between revisions
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* '''Multi-path fading''' A phenomenon from the domain of wireless networks. A signal emitted by a source node follows different paths on its way to the reciever node. In particular, the reciever node not only recieves the signal following the "line of sight" path, but also copies of this signal with a slight offset in time. Those copies followed a longer path and probably got reflected several times before reaching their destination. Because of these reflections the copies tend to be increasingly attenuated as time progresses. |
* '''Multi-path fading''' A phenomenon from the domain of wireless networks. A signal emitted by a source node follows different paths on its way to the reciever node. In particular, the reciever node not only recieves the signal following the "line of sight" path, but also copies of this signal with a slight offset in time. Those copies followed a longer path and probably got reflected several times before reaching their destination. Because of these reflections the copies tend to be increasingly attenuated as time progresses. |
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* '''Neighbor abstraction''' The neighbor abstraction is based on the assumption, that the nodes in a network can be partitioned into sets as follows: For any given node <math>n</math> there exists a set <math>S_1</math> of nodes, <math>n</math> can reach directly. Thus there also exists a set <math>S_2</math>, which comprises all the nodes that have no direct connection to <math>n</math> (If <math>N</math> is the set of all nodes in the network, then <math>S_2 = N \backslash S_1</math>). This assumption holds for wired networks. |
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Revision as of 17:28, 11 July 2007
Ad Hoc Networks Glossary
Please add all technical terms that you encountered during the seminar, including a verbose description of their meaning. Please keep those terms in an alphabetical order.
Word, Description of the word
- Multi-path fading A phenomenon from the domain of wireless networks. A signal emitted by a source node follows different paths on its way to the reciever node. In particular, the reciever node not only recieves the signal following the "line of sight" path, but also copies of this signal with a slight offset in time. Those copies followed a longer path and probably got reflected several times before reaching their destination. Because of these reflections the copies tend to be increasingly attenuated as time progresses.
- Neighbor abstraction The neighbor abstraction is based on the assumption, that the nodes in a network can be partitioned into sets as follows: For any given node there exists a set of nodes, can reach directly. Thus there also exists a set , which comprises all the nodes that have no direct connection to (If is the set of all nodes in the network, then ). This assumption holds for wired networks.
