A Novel Mechanism for Multipath Routing in MANET

Energy consumption is careful as one of the main limits in MANET, as the mobile nodes do not own perpetual control stock and has to depend on  batteries, thus dipping network era as batteries get exhausted very fast as nodes move and modification their positions rapidly across MANET. The study proposed in these weekly things to see this very specific problem of energy consumption in MANET by applying the Fitness Function technique to adjust the energy consumption in Ad Hoc on Demand Multipath Distance Vector (AOMDV) routing protocol. The proposed protocol is called Ad Hoc on Demand Multipath Distance Vector with the Fitness Function (FF-AOMDV). The capability job is used to invention the optimal path from the mechanism to the destination to condense the energy consumption in multipath routing

An efficient and secure mechanisim for multipath routing in MANET

In this a vitality productive multipath steering convention called Ad-Hoc On interest Multipath Distance Victor with the Fitness Function (FF-AOMDV). The FF-AOMDV utilizes the wellness work as an enhancement technique, in this improvement, we look for two parameters with the end goal to choose the ideal course are; vitality dimension of the course and the course separate with the end goal to exchange the information to the goal all the more proficiently by expending less vitality and drawing out the system lifetime

L'intertextualité dans les publications scientifiques

La base de données bibliographiques de l'IEEE contient un certain nombre de duplications avérées avec indication des originaux copiés. Ce corpus est utilisé pour tester une méthode d'attribution d'auteur. La combinaison de la distance intertextuelle avec la fenêtre glissante et diverses techniques de classification permet d'identifier ces duplications avec un risque d'erreur très faible. Cette expérience montre également que plusieurs facteurs brouillent l'identité de l'auteur scientifique, notamment des collectifs de chercheurs à géométrie variable et une forte dose d'intertextualité acceptée voire recherchée

Who wrote this scientific text?

The IEEE bibliographic database contains a number of proven duplications with indication of the original paper(s) copied. This corpus is used to test a method for the detection of hidden intertextuality (commonly named "plagiarism"). The intertextual distance, combined with the sliding window and with various classification techniques, identifies these duplications with a very low risk of error. These experiments also show that several factors blur the identity of the scientific author, including variable group authorship and the high levels of intertextuality accepted, and sometimes desired, in scientific papers on the same topic