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ADHOC
2007

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QoS multicast routing by using multiple paths/trees in wireless ad hoc networks

14 years 13 days ago

Download inrg.csie.ntu.edu.tw

In this paper, we investigate the issues of QoS multicast routing in wireless ad hoc networks. Due to limited bandwidth of a wireless node, a QoS multicast call could often be blo...

Huayi Wu, Xiaohua Jia

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Id	Views	Title	Status

1	173	QoS multicast routing by using multiple paths/trees in wireless ad hoc networks	claim
2	173	An adaptive transmission-scheduling protocol for mobile ad hoc networks	claim
3	169	Ensuring strong data guarantees in highly mobile ad hoc networks via quorum systems	claim
4	164	Attack-resilient time synchronization for wireless sensor networks	claim
5	159	Cross-layer adaptive control for wireless mesh networks	claim
6	144	Adaptive gossip protocols: Managing security and redundancy in dense ad hoc networks	claim
7	139	Bounded-distance multi-clusterhead formation in wireless ad hoc networks	claim
8	137	"MeshUp": Self-organizing mesh-based topologies for next generation radio access networks	claim
9	135	Mitigating the gateway bottleneck via transparent cooperative caching in wireless mesh networks	claim
10	134	Threshold password authentication against guessing attacks in Ad hoc networks	claim
11	133	Secure position-based routing protocol for mobile ad hoc networks	claim
12	131	Perceptive admission control for wireless network quality of service	claim
13	130	Implementation of security policy for clinical information systems over wireless sensor networks	claim
14	126	Energy-aware routing in sensor networks: A large system approach	claim
15	122	Minimum latency joint scheduling and routing in wireless sensor networks	claim
16	122	Modeling and analyzing the correctness of geographic face routing under realistic conditions	claim
17	121	Power-aware single- and multipath geographic routing in sensor networks	claim
18	118	Sticky CSMA/CA: Implicit synchronization and real-time QoS in mesh networks	claim
19	115	Modeling adaptive node capture attacks in multi-hop wireless networks	claim
20	113	Channelization for dynamic multi-frequency, multi-hop wireless cellular networks	claim
21	110	Hop count based optimization of Bluetooth scatternets	claim
22	109	Access control in wireless sensor networks	claim
23	108	Hop-distance based addressing and routing for dense sensor networks without location information	claim
24	108	A self-healing On-demand Geographic Path Routing Protocol for mobile ad-hoc networks	claim
25	107	On-line disjoint path routing for network capacity maximization in energy-constrained ad hoc networks	claim
26	104	An overlay approach to data security in ad-hoc networks	claim
27	104	Performance benchmarking of wireless Web servers	claim
28	102	On the capacity of the single source multiple relay single destination mesh network	claim
29	101	Searching strategies for target discovery in wireless networks	claim
30	100	A GPS-less, outdoor, self-positioning method for wireless sensor networks	claim
31	95	Sink-to-sensors congestion control	claim
32	91	Non-interactive key establishment in mobile ad hoc networks	claim
33	90	Interactions between the physical layer and upper layers in wireless networks	claim
34	73	A survey on real-world implementations of mobile ad-hoc networks	claim
35	71	Service capacity in vehicular networks: A resource dissemination analysis	claim
36	70	A carrier sense multiple access protocol with power backoff (CSMA/PB)	claim
37	69	Evaluating the limitations of and alternatives in beaconing	claim
38	67	Threshold-related throughput - A new criterion for evaluation of sensor network performance	claim
39	47	Querying time indexed information in mobile Ad hoc networks	claim

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