On the Performance Analysis of Recursive Data Replication Scheme for File Sharing in Mobile Peer-to-Peer Devices Using the HyMIS Scheme
Date Issued
2006
Abstract
Advances in wireless networks enable high rates
interaction between mobile devices. Short-range wireless
communication technologies such as wearable PCs
demand low latency and reliability as the first thing for
considering QoS. Mobile Peer-to-Peer devices as an
autonomous system of mobile routers that are selforganized,
self-configured and completely decentralized
are characterized by bounded resource sharing
reliability. Due to the uncertainty in available resources
wireless networks could rarely host file sharing
applications in a reliable manner. This paper examines
the response of a gossip-based data replication scheme
for reliable file sharing under specified patterns and
conditions, using the Hybrid Mobile Infostation System
(HyMIS). This scheme is based on the advantages of
mobile Infostations. Combining the strengths of
autonomic gossiping and the hybrid –entirely mobile-
Infostation concept, this scheme enables end to end
reliability. Examination is performed for the response, the
robustness and the offered reliability while examining the
effectiveness of the proposed scheme for facing mobility
limitations using the gossip-based ‘selection’ of users.
interaction between mobile devices. Short-range wireless
communication technologies such as wearable PCs
demand low latency and reliability as the first thing for
considering QoS. Mobile Peer-to-Peer devices as an
autonomous system of mobile routers that are selforganized,
self-configured and completely decentralized
are characterized by bounded resource sharing
reliability. Due to the uncertainty in available resources
wireless networks could rarely host file sharing
applications in a reliable manner. This paper examines
the response of a gossip-based data replication scheme
for reliable file sharing under specified patterns and
conditions, using the Hybrid Mobile Infostation System
(HyMIS). This scheme is based on the advantages of
mobile Infostations. Combining the strengths of
autonomic gossiping and the hybrid –entirely mobile-
Infostation concept, this scheme enables end to end
reliability. Examination is performed for the response, the
robustness and the offered reliability while examining the
effectiveness of the proposed scheme for facing mobility
limitations using the gossip-based ‘selection’ of users.