Classification and prediction of routing nodes behavior in MANET using Fuzzy proximity relation and ordering with Bayesian classifier
Citations
15 citations
Cites methods from "Classification and prediction of ro..."
...Classification and prediction of routing nodes behavior in MANET using Fuzzy proximity relation and ordering with Bayesian classifier [28] Bayesian classifier predict the behavior of node with ordering attributes and fuzzy proximities relations responsible for relationship and priorities Bayesian algorithm, fuzzy proximities relation RREQ, RREP, control packets, node speed Classification and prediction of behavior of routing nodes Hidden and uncertain behavior of nodes Improve control packets and accuracy in prediction...
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...[28] proposed prediction model with Bayesian classifier and predict the link failure and hidden association with fuzzy proximity relation using routing information of nodes....
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2 citations
Cites background from "Classification and prediction of ro..."
...The Key Management Protocol takes the responsibility of key generation [17] and distribution of distributed cluster [20] managed key protocol over multiple nodes....
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...Many security schemes from different aspects of MANET have been proposed in order to protect the routing information or data packets during communication over secure routing protocols [7],[13],[20],[27] and secure key management solutions [13],[19]....
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Cites methods from "Classification and prediction of ro..."
...[14] introduced the method of Bayesian classifier and fuzzy proximity relation to classifier the MANET and predict the movement of nodes, and it could get a more efficient routing mechanism....
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References
4,278 citations
1,430 citations
"Classification and prediction of ro..." refers background in this paper
...MANET is based on self-creation, self-organization, selfadministration and has high potential for real-world applications [1]....
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1,281 citations
955 citations
"Classification and prediction of ro..." refers background in this paper
...Therefore, indiscernibility relation is formalized as a tolerance relation or proximity relation [6]....
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607 citations
"Classification and prediction of ro..." refers background in this paper
...The above formalization is based on equivalence relations in [7] and indicates that node n1 is ordered than n2 if and only if n1 has higher priority-order than n2 according to all attributes in P[13]....
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