By exploiting non-random behaviors for the mobility patterns that mobile users exhibit, we can predict the future state of network topology and perform route reconstruction proactively in a timely manner. Moreover, by using the predicted information on the network topology, we can eliminate transmissions of control packets otherwise needed to reconstruct the route and thus reduce overhead. In this paper, we propose various schemes to improve routing protocol performances by using mobility prediction. We then evaluate the effectiveness of using mobility prediction via simulation
Wireless networks allow a more flexible model of communication than traditional networks since the u...
peer reviewedPredicting terminals movements in mobile networks is useful for more than one reason, i...
Abstract—Predictable mobile networks are dynamic in terms of the mobility and connectivity of the ne...
The capability of a mobility model to detect certain patterns of user behavior (e.g., favorite walks...
Next generation networks (3G & beyond) will support real-time multimedia applications through tr...
629-632The foundation of the simulation study is mobility models in Mobile Ad-hoc Network (MANET).A ...
This research was funded by the Spanish Government under contracts TIN2016-77836-C2-1-R,TI...
Nowadays, mobile computing has become a key component of telecommunication systems, and the Open Sys...
Due to the dynamic change of the opportunistic network topology and the lack of stable information t...
The ever increasing number of mobile devices in Smart Cities and their heavy use, not only for perso...
Arbitrary and random motion of mobile ad hoc network nodes while communicating results in frequent t...
Several social computing participation strategies, such as crowdsensing and crowdsourcing, use mobil...
Abstract: In cellular networks, QoS degradation or forced termination may occur when there are insuf...
The vision of next generation networks (4G & beyond) is to make possible seamless mobility acros...
Wireless Ad Hoc Networks are a particular paradigm where wireless devices communicate in a decentral...
Wireless networks allow a more flexible model of communication than traditional networks since the u...
peer reviewedPredicting terminals movements in mobile networks is useful for more than one reason, i...
Abstract—Predictable mobile networks are dynamic in terms of the mobility and connectivity of the ne...
The capability of a mobility model to detect certain patterns of user behavior (e.g., favorite walks...
Next generation networks (3G & beyond) will support real-time multimedia applications through tr...
629-632The foundation of the simulation study is mobility models in Mobile Ad-hoc Network (MANET).A ...
This research was funded by the Spanish Government under contracts TIN2016-77836-C2-1-R,TI...
Nowadays, mobile computing has become a key component of telecommunication systems, and the Open Sys...
Due to the dynamic change of the opportunistic network topology and the lack of stable information t...
The ever increasing number of mobile devices in Smart Cities and their heavy use, not only for perso...
Arbitrary and random motion of mobile ad hoc network nodes while communicating results in frequent t...
Several social computing participation strategies, such as crowdsensing and crowdsourcing, use mobil...
Abstract: In cellular networks, QoS degradation or forced termination may occur when there are insuf...
The vision of next generation networks (4G & beyond) is to make possible seamless mobility acros...
Wireless Ad Hoc Networks are a particular paradigm where wireless devices communicate in a decentral...
Wireless networks allow a more flexible model of communication than traditional networks since the u...
peer reviewedPredicting terminals movements in mobile networks is useful for more than one reason, i...
Abstract—Predictable mobile networks are dynamic in terms of the mobility and connectivity of the ne...