@techreport{oai:ipsj.ixsq.nii.ac.jp:00018959,
 author = {Anirban, Mondal and SanjayKumarMadria and Masaru, Kitsuregawa and Anirban, Mondal and Sanjay, KumarMadria and Masaru, Kitsuregawa},
 issue = {77(2006-DBS-140)},
 month = {Jul},
 note = {In mobile ad-hoc peer-to-peer (M-P2P) networks  frequent network partitioning leads to typically low data availability  thereby necessitating data replication.  This work proposes EcoRep  a novel economic model for dynamic replica allocation in M-P2P networks. EcoRep ensures fair replica allocation  while discouraging free-riding. EcoRep deploys a replica allocation algorithm  which considers relative importance of data items  load and energy issues  user mobility patterns  replica consistency and number of neighbours of a given user. Our performance study demonstrates that EcoRep is indeed effective in improving query response times and data availability in M-P2P networks., In mobile ad-hoc peer-to-peer (M-P2P) networks, frequent network partitioning leads to typically low data availability, thereby necessitating data replication.  This work proposes EcoRep, a novel economic model for dynamic replica allocation in M-P2P networks. EcoRep ensures fair replica allocation, while discouraging free-riding. EcoRep deploys a replica allocation algorithm, which considers relative importance of data items, load and energy issues, user mobility patterns, replica consistency and number of neighbours of a given user. Our performance study demonstrates that EcoRep is indeed effective in improving query response times and data availability in M-P2P networks.},
 title = {An Economic Dynamic Replication Model for Mobile-P2P networks},
 year = {2006}
}