
Routing Distribution and Selection in Mobile Wireless Networks
Routing Distribution and Selection Based on Resource Management in Heterogeneous Mobile Wireless Networks
Versandkostenfrei!
Versandfertig in 6-10 Tagen
44,99 €
inkl. MwSt.
PAYBACK Punkte
22 °P sammeln!
According to the bottleneck resource information of all the found routes, the route distributed through different intermediate nodes with most resources is selected for load distribution and balance.Overall, according to the simulation, this dissertation makes the major contributions as follows: 1. The individual resource evaluations and managements for the mobile devices in the homogeneous wireless networks are proposed. The routes which satisfy the QoS can be selected and distributed according to the proposed algorithm.2. The various wireless networks with different are integrated into a het...
According to the bottleneck resource information of
all the found routes, the route distributed through
different intermediate nodes with most resources is
selected for load distribution and balance.
Overall, according to the simulation, this
dissertation makes the major contributions as
follows: 1. The individual resource evaluations and
managements for the mobile devices in the
homogeneous wireless networks are proposed. The
routes which satisfy the QoS can be selected and
distributed according to the proposed algorithm.
2. The various wireless networks with different
are integrated into a heterogeneous wireless
network. The route search, selection, and
maintenance algorithm for the hybrid properties
heterogeneous wireless networks is proposed.
3. The classification to separate and classify
the route search and selection algorithms is
proposed. Corresponding to the mobility of the
users, the environment-aware based adaptive
management for heterogeneous wireless networks is
proposed to reduce the costs caused by route search,
selection, and maintenance.
all the found routes, the route distributed through
different intermediate nodes with most resources is
selected for load distribution and balance.
Overall, according to the simulation, this
dissertation makes the major contributions as
follows: 1. The individual resource evaluations and
managements for the mobile devices in the
homogeneous wireless networks are proposed. The
routes which satisfy the QoS can be selected and
distributed according to the proposed algorithm.
2. The various wireless networks with different
are integrated into a heterogeneous wireless
network. The route search, selection, and
maintenance algorithm for the hybrid properties
heterogeneous wireless networks is proposed.
3. The classification to separate and classify
the route search and selection algorithms is
proposed. Corresponding to the mobility of the
users, the environment-aware based adaptive
management for heterogeneous wireless networks is
proposed to reduce the costs caused by route search,
selection, and maintenance.